• clinfo (OpenCL Platform and Device Report)
  • Summary
  • Release / Build
  • Platforms
    • Platform 1: ARM Platform
      • Platform Extensions
      • Platform Extensions with Version
  • Devices
    • Device 1: Mali-G610 r0p0
    • Device Partition
    • Work-group / Sub-group Limits
    • Preferred / Native Vector Sizes
    • Floating-point Support
      • Half-precision (cl_khr_fp16)
      • Single-precision
      • Double-precision
    • OpenCL C / C++ for OpenCL
      • OpenCL C all versions
      • OpenCL C features
    • Memory / SVM
    • Atomic Capabilities
    • Images
    • Pipes
    • Queues
    • Execution Capabilities / IL
    • Device Extensions
    • Device Extensions with Version
  • NULL platform behavior
  • ICD loader properties
• hardinfo
  • Computer
    • Summary
      • Computer
      • Display
      • Audio Devices
      • Input Devices
      • Printers (CUPS)
      • UDisks2
    • Operating System
      • Version
      • Current Session
      • Misc
    • Security
      • HardInfo2
      • Health
      • Hardening Features
      • Linux Security Modules
      • CPU Vulnerabilities
    • Kernel Modules
      • Loaded Modules
    • Boots
      • Boots
    • Languages
      • Available Languages
    • Memory Usage
      • Memory
    • Filesystems
      • Mounted File Systems
    • Display
      • Session
      • Wayland
      • X Server
      • Screens
      • Outputs (XRandR)
      • OpenGL (GLX)
      • Vulkan
    • Environment Variables
      • Environment Variables
    • Development
      • Scripting Languages
      • Compilers
      • Tools
    • Users
      • Users
    • Groups
      • Group
  • Devices
    • Device Tree
      • Device Tree
    • System DMI
      • DMI Unavailable
    • Processor
      • Processors
    • Graphics Processors
      • GPUs
    • Monitors
      • Monitors
    • Memory Devices
      • Memory Device List
    • PCI Devices
      • PCI Devices
    • USB Devices
      • USB Devices
    • Firmware
      • SCA128
    • Printers
      • Printers (CUPS)
    • Battery
      • Power Status
      • No batteries
    • Sensors
      • Temperature
      • CPU Frequency
      • Drive Temperature
    • Input Devices
      • Input Devices
    • Storage
      • UDisks2
    • Resources
      • I/O Ports
      • Memory
      • IRQ
  • Network
    • Interfaces
      • Network Interfaces
    • IP Connections
      • Connections
    • Routing Table
      • IP routing table
    • ARP Table
      • ARP Table
    • DNS Servers
      • Name Servers
    • Statistics
      • IP
      • ICMP
      • ICMPMSG
      • TCP
      • UDP
      • UDPLITE
      • TCPEXT
      • IPEXT
    • Shared Directories
      • SAMBA
      • NFS
  • Benchmarks
    • CPU Blowfish (Single-thread)
      • CPU Blowfish (Single-thread)
    • CPU Blowfish (Multi-thread)
      • CPU Blowfish (Multi-thread)
    • CPU Blowfish (Multi-core)
      • CPU Blowfish (Multi-core)
    • CPU Zlib
      • CPU Zlib
    • CPU CryptoHash
      • CPU CryptoHash
    • CPU Fibonacci
      • CPU Fibonacci
    • CPU N-Queens
      • CPU N-Queens
    • FPU FFT
      • FPU FFT
    • FPU Raytracing (Single-thread)
      • FPU Raytracing (Single-thread)
    • Internal Network Speed
      • Internal Network Speed
    • SysBench CPU (Single-thread)
      • SysBench CPU (Single-thread)
    • SysBench CPU (Multi-thread)
      • SysBench CPU (Multi-thread)
    • SysBench Memory (Single-thread)
      • SysBench Memory (Single-thread)
    • SysBench Memory (Multi-thread)
      • SysBench Memory (Multi-thread)
    • GPU Drawing
      • GPU Drawing
    • GPU OpenGL Drawing
      • GPU OpenGL Drawing
    • GPU Vulkan Drawing
      • GPU Vulkan Drawing
    • Storage R/W Speed
      • Storage R/W Speed
    • Cache/Memory
      • Cache/Memory
• VPC-3588 Mainboard Specification
  • Changelog
  • Contents
  • 1. RK3588 Brief
  • 2. Product Overview
  • 3. Specification List
  • 4. Interface Definition
    • J1 — DC-12 V Socket
    • J2 — Micro-SIM Card Socket
    • J3 — SATA Power Supply Header 2 (SIP 2.0 mm; square pad = Pin 1)
    • J4 — SATA Power Supply Header 1 (SIP 2.0 mm; square pad = Pin 1)
    • J5 — I²C Bus Header (SIP 2.0 mm; square pad = Pin 1)
    • J6 — m-PCIe 4G Socket
    • J7 — 3-Pole Headphone Out (CTIA 3.5 mm)
    • J8 — CAN Header 0 (SIP 2.0 mm; square pad = Pin 1)
    • J9 — Speaker Header (SIP 2.0 mm; square pad = Pin 1)
    • J10 — HDMI Output
    • J12 — CAN Header 1 (SIP 2.0 mm; square pad = Pin 1)
    • J13 — KIO Keypad Header (SIP 2.0 mm; square pad = Pin 1)
    • J14 — Front Panel Header (DIP 2.54 mm; square pad = Pin 1)
    • J15 — LVDS Header (DIP 2.0 mm; square pad = Pin 1)
    • J17 — PoE PD Header (SIP 2.0 mm; square pad = Pin 1)
    • J18 — HDMI Input
    • J19 — LVDS Backlight Control (SIP 2.0 mm; square pad = Pin 1)
    • J20 — eDP Header (DIP 2.0 mm; square pad = Pin 1)
    • J21 — eDP VLCD Voltage Select (DIP 2.0 mm; square pad = Pin 1)
    • J22 — Wi-Fi Antenna IPEX
    • J23 — MIPI Panel FPC (FPC-0.3 mm, 31-pin, Top/Bottom contact)
    • J24 — eDP Backlight Control (SIP 2.0 mm; square pad = Pin 1)
    • J25 — DC-12 V Input Header (SIP 2.54 mm; square pad = Pin 1)
    • J26 — VGA Output Jack
    • J27 — Dual-Tier LED
    • J29 — USB 2.0 DIP Header (DIP 2.54 mm; square pad = Pin 1)
    • J30 — USB 2.0 DIP Header (DIP 2.54 mm; square pad = Pin 1)
    • J31 — USB 2.0 Host Header (SIP 2.0 mm; square pad = Pin 1)
    • J33 — USB 2.0 Host Header (SIP 2.0 mm; square pad = Pin 1)
    • J34 — USB 2.0 Host Direct (SIP 2.0 mm; square pad = Pin 1)
    • J35 — Double USB 3.0 Type-A
    • J36 — USB 3.0 Type-A
    • J37 — Dual USB 3.0 Type-A
    • J38 — LVDS VLCD Voltage Select (DIP 2.0 mm; square pad = Pin 1)
    • J39 — DC-12 V Input Header (SIP 2.0 mm; square pad = Pin 1)
    • J40 — mSATA Socket
    • J41 — SYS Fan Power (SIP 2.0 mm; square pad = Pin 1, GPIO #76 low-active)
    • J42 — CPU Fan Power (SIP 2.0 mm; square pad = Pin 1, GPIO #77 low-active)
    • J43–J46 — SATA Data Sockets 1–4
    • J47 — MIC-IN Header (SIP 2.0 mm; square pad = Pin 1)
    • J48 — VBO 4K LCD Cable Socket
    • J49 — Tamper Header (SIP 2.0 mm; square pad = Pin 1)
    • J50 — Data Serial Port 0 (SIP 2.0 mm; square pad = Pin 1)
    • J51 — Data Serial Port 2 (SIP 2.0 mm; square pad = Pin 1)
    • J52 — Data Serial Port 3 (SIP 2.0 mm; square pad = Pin 1)
    • J53 — Data Serial Port 5 (SIP 2.0 mm; square pad = Pin 1)
    • J54 — Data Serial Port 8 (SIP 2.0 mm; square pad = Pin 1)
    • J55 — Extended Serial Port 1 (SIP 2.0 mm; square pad = Pin 1)
    • J56 — Extended Serial Port 2 (SIP 2.0 mm; square pad = Pin 1)
    • J57 — Extended Serial Port 3 (SIP 2.0 mm; square pad = Pin 1)
    • J58 — Extended Serial Port 4 (SIP 2.0 mm; square pad = Pin 1)
    • J59 — MIC-IN Jack
    • J60 — Audio Extension Interface (Front-panel audio; DIP 2.54 mm; square pad = Pin 1)
    • J61 — RJ45 Internal Gigabit Ethernet
    • J62 — VGA Output Header (DIP 2.54 mm; square pad = Pin 1)
    • PCIe×4 — 64-Pin Splint Hard-Disk Socket
    • Recovery Mode Button (SW1)
    • System Reset Button (SW2)
  • 5. Physical Size
  • 6. Assemble Precautions
  • 7. Software Guide

#clinfo (OpenCL Platform and Device Report)

#Summary

• Platform: ARM Platform (OpenCL 3.0)
• Device: Mali-G610 r0p0 (GPU)
• Driver Version: 3.0
• ICD Loader: OpenCL ICD Loader (2.2.14) — OCL Icd free software

#Release / Build

#Platforms

Number of platforms: 1

#Platform 1: ARM Platform

Field	Value
Platform Name	ARM Platform
Platform Vendor	ARM
Platform Version	OpenCL 3.0 v1.g13p0-01eac0.68603db295fbf2c59ac6b927fdfb1c32
Platform Profile	FULL_PROFILE
Platform Numeric Version	0xc00000 (3.0.0)
Platform Extensions function suffix	ARM
Platform Host timer resolution	1ns

#Platform Extensions

#Platform Extensions with Version

#Devices

Number of devices: 1

#Device 1: Mali-G610 r0p0

Field	Value
Device Name	Mali-G610 r0p0
Device Vendor	ARM
Device Vendor ID	0xa8670000
Device Version	OpenCL 3.0 v1.g13p0-01eac0.68603db295fbf2c59ac6b927fdfb1c32
Device UUID	000067a8-0100-0000-0000-000000000000
Driver UUID	e3f0dc1a-3651-8cc0-deaf-a954aa872597
Valid Device LUID	No
Device LUID	0000-000000000000
Device Node Mask	0
Device Numeric Version	0xc00000 (3.0.0)
Driver Version	3.0
Device Type	GPU
Device Profile	FULL_PROFILE
Device Available	Yes
Compiler Available	Yes
Linker Available	Yes
Max compute units	4
Available core IDs	0, 2, 16, 18
Max clock frequency	1000MHz
Address bits	64, Little-Endian
Global memory size	33310142464 (31.02GiB)
Max memory allocation	33310142464 (31.02GiB)
Unified memory for Host and Device	Yes
Global Memory cache type	Read/Write
Global Memory cache size	1048576 (1024KiB)
Global Memory cache line size	64 bytes
Local memory type	Global
Local memory size	32768 (32KiB)
Profiling timer resolution	1000ns
printf() buffer size	1048576 (1024KiB)

#Device Partition

#Work-group / Sub-group Limits

Field	Value
Max work item dimensions	3
Max work item sizes	1024x1024x1024
Max work group size	1024
Preferred work group size multiple (device)	16
Preferred work group size multiple (kernel)	16
Max sub-groups per work group	64

#Preferred / Native Vector Sizes

#Floating-point Support

#Half-precision (cl_khr_fp16)

#Single-precision

#Double-precision

#OpenCL C / C++ for OpenCL

Field	Value
Device OpenCL C Version	OpenCL C 3.0 v1.g13p0-01eac0.68603db295fbf2c59ac6b927fdfb1c32
Device C++ for OpenCL Numeric Version	0x400000 (1.0.0)
Latest comfornace test passed	v2021-03-05-00

#OpenCL C all versions

#OpenCL C features

#Memory / SVM

Field	Value
Shared Virtual Memory (SVM) capabilities	(core)
Coarse-grained buffer sharing	Yes
Fine-grained buffer sharing	No
Fine-grained system sharing	No
Atomics	No
Minimum alignment for any data type	128 bytes
Alignment of base address	1024 bits (128 bytes)

#Atomic Capabilities

#Images

#Pipes

#Queues

#Execution Capabilities / IL

#Device Extensions

#Device Extensions with Version

#NULL platform behavior

#ICD loader properties

#hardinfo

#Computer

#Summary

#Computer

• Processor: Rockchip RK3588 ; 4x ARM Cortex-A55 r2p0 (AArch64) + 4x ARM Cortex-A76 r4p0 (AArch64)
• Memory: 32535MB (6101MB used)
• Machine Type: Single-board computer
• Operating System: Debian GNU/Linux 11.11
• User Name: root (root)
• Date/Time: Fri 09 Jan 2026 09:46:16 AM -03

  #Display

• Resolution: 2560x1944 pixels
• Display Adapter: arm Mali family
• OpenGL Renderer: llvmpipe (LLVM 11.0.1, 128 bits)
• Session Display Server: The X.Org Foundation 1.20.11

  #Audio Devices

• Audio Adapter: rockchip-es8388 - rockchip-es8388i
• Audio Adapter: rockchip-hdmi0 - rockchip-hdmi0

  #Input Devices

• remotectl-gpio: Keyboard
• rockchip-es8388i Headset: Audio
• Logitech USB Receiver: Keyboard
• Logitech USB Receiver Mouse: Audio
• Logitech USB Receiver Consumer Control: Keyboard
• adc-keys: Keyboard
• Logitech USB Receiver System Control: Keyboard
• rockchip-hdmi0 rockchip-hdmi0: Audio

  #Printers (CUPS)

• thermal:

  #UDisks2

• mmcblk0boot1: sSCA128
• mmcblk0: sSCA128
• mmcblk0boot0: sSCA128
• sda: sMT-512

#Operating System

#Version

• Kernel: Linux 5.10.198 (aarch64)
• Command Line:
  storagemedia=emmc androidboot.storagemedia=emmc androidboot.mode=normal androidboot.verifiedbootstate=orange rw rootwait earlycon=uart8250,mmio32,0xfeb50000 console=ttyFIQ0 irqchip.gicv3_pseudo_nmi=0 root=PARTUUID=614e0000-0000 rcupdate.rcu_expedited=1 rcu_nocbs=all androidboot.fwver=ddr-v1.18-9fa84341ce,spl-v1.13,bl31-v1.47,bl32-v1.15,uboot-310 11-dirt-01/23/2025
• Version: #11 SMP Sat Aug 24 10:18:01 CST 2024
• C Library: GNU C Library / (Debian GLIBC 2.31-13+deb11u13) 2.31
• Distribution: Debian GNU/Linux 11.11 (bullseye)

  #Current Session

• Computer Name: linaro-alip
• User Name: root (root)
• Language: en_US.UTF-8 (en_US.UTF-8)
• Home Directory: /root
• Desktop Environment: Unknown (Window Manager: unknown)

  #Misc

• Uptime: 4 hours 9 minutes
• Load Average: 1.54, 1.42, 1.45

#Security

#HardInfo2

• HardInfo2 running as: Superuser
• User System Type: Single User System

  #Health

• Available entropy in /dev/random: 256 bits (medium)

  #Hardening Features

• ASLR: Fully enabled (mmap base+stack+VDSO base+heap)
• dmesg: Access allowed (running as superuser)

  #Linux Security Modules

• Modules available: Unknown
• SELinux status: Not installed

  #CPU Vulnerabilities

• gather_data_sampling: Not affected
• itlb_multihit: Not affected
• l1tf: Not affected
• mds: Not affected
• meltdown: Not affected
• mmio_stale_data: Not affected
• retbleed: Not affected
• spec_rstack_overflow: Not affected
• spec_store_bypass: Mitigation: Speculative Store Bypass disabled via prctl
• spectre_v1: Mitigation: __user pointer sanitization
• spectre_v2: Mitigation: CSV2, BHB
• srbds: Not affected
• tsx_async_abort: Not affected

#Kernel Modules

#Loaded Modules

• aic8800_bsp:
• aic8800_fdrv:

#Boots

#Boots

• Fri Jan 9 05:37:21 2026: 5.10.198
• Fri Jan 9 05:03:11 2026: 5.10.198
• Thu Jan 8 18:24:22 2026: 5.10.198
• Tue Jan 6 18:38:34 2026: 5.10.198
• Tue Jan 6 17:13:50 2026: 5.10.198
• Tue Jan 6 16:56:46 2026: 5.10.198
• Tue Jan 6 14:09:00 2026: 5.10.198
• Mon Jan 5 17:03:30 2026: 5.10.198
• Mon Jan 5 16:07:30 2026: 5.10.198
• Thu Jan 1 16:10:46 2026: 5.10.198
• Tue Dec 30 13:07:09 2025: 5.10.198
• Mon Dec 29 02:36:11 2025: 5.10.198
• Sun Dec 28 23:55:16 2025: 5.10.198
• Sun Dec 28 23:54:22 2025: 5.10.198
• Fri Dec 19 20:01:36 2025: 5.10.198
• Fri Dec 19 19:45:02 2025: 5.10.198
• Fri Dec 19 16:29:17 2025: 5.10.198
• Tue Dec 2 13:11:21 2025: 5.10.198
• Thu Nov 27 15:28:26 2025: 5.10.198
• Thu Nov 27 08:05:20 2025: 5.10.198
• Tue Nov 25 03:44:10 2025: 5.10.198
• Tue Nov 11 12:41:50 2025: 5.10.198
• Wed Oct 22 19:59:33 2025: 5.10.198
• Wed Oct 22 16:25:23 2025: 5.10.198
• Wed Oct 22 16:24:47 2025: 5.10.198

#Languages

#Available Languages

• en_US.utf8: English locale for the USA
• pt_BR.utf8: Portuguese locale for Brasil
• zh_CN.utf8: Chinese locale for Peoples Republic of China
• C.UTF-8: C locale

#Memory Usage

#Memory

• Active(anon): 11404 KiB

  Anonymous memory used more recently and not swapped out

• Active(file): 2555080 KiB

  Pagecache memory been used more recently and not reclaimed

• Active: 2566484 KiB

  Memory used more recently and not swapped out or reclaimed

• AnonPages: 4317828 KiB

  Non-file backed pages mapped into userspace page tables

• Bounce: 0 KiB

  Memory used for block device bounce buffers

• Buffers: 329208 KiB

  Memory in buffer cache, temporary storage for raw disk blocks

• Cached: 6298704 KiB

  Memory in the page cache (diskcache, shared memory, tmpfs and shmem)

• CmaAllocated: 4128 KiB

  CmaAllocated

• CmaFree: 0 KiB

  Free remaining memory in the CMA reserves

• CmaReleased: 4064 KiB

  CmaReleased

• CmaTotal: 8192 KiB

  Memory reserved for the Contiguous Memory Allocator (CMA)

• CommitLimit: 16267820 KiB

  Total memory currently available to be allocated on the system

• Committed_AS: 16695132 KiB

  The amount of memory presently allocated on the system

• Dirty: 984 KiB

  Memory waiting to be written back to disk

• Inactive(anon): 4602716 KiB

  Anonymous memory not been used and can be swapped out

• Inactive(file): 3681184 KiB

  Pagecache memory reclaimable without huge performance impact

• Inactive: 8283900 KiB

  Memory not been used recently and can be swapped out or reclaimed

• KReclaimable: 643048 KiB

  Kernel allocations reclaimable under memory pressure

• KernelStack: 16400 KiB

  Memory consumed by the kernel stacks of all tasks

• Mapped: 828828 KiB

  Files which have been mmapped, such as libraries

• MemAvailable: 26803668 KiB

  Available memory for allocation to any process, without swapping

• MemFree: 20235068 KiB

  Free memory which is not used for anything

• MemTotal: 32535644 KiB

  Total physical memory usable by the system

• Mlocked: 16 KiB

  Pages locked to memory using the mlock() system call

• NFS_Unstable: 0 KiB

  Previous counted pages which had been written to the server

• PageTables: 55984 KiB

  Memory consumed by userspace page tables

• Percpu: 1536 KiB

  Memory allocated to the percpu allocator

• SReclaimable: 611904 KiB

  Part of Slab, that might be reclaimed, such as caches

• SUnreclaim: 66468 KiB

  Part of Slab, that cannot be reclaimed on memory pressure

• Shmem: 391600 KiB

  Total memory used by shared memory (shmem) and tmpfs

• Slab: 678372 KiB

  In-kernel data structures cache

• SwapCached: 0 KiB

  Memory present within main memory and in the swapfile

• SwapFree: 0 KiB

  Virtual memory, remaining swap space available

• SwapTotal: 0 KiB

  Virtual memory, total swap space available

• Unevictable: 95916 KiB

  Unevictable pages can’t be swapped out for a variety of reasons

• VmallocChunk: 0 KiB

  Largest contiguous block of vmalloc area which is free

• VmallocTotal: 263061440 KiB

  Total size of vmalloc virtual address space

• VmallocUsed: 61228 KiB

  Amount of vmalloc area which is used

• Writeback: 0 KiB

  Memory which is actively being written back to disk

• WritebackTmp: 0 KiB

  Memory used by FUSE for temporary writeback buffers

#Filesystems

#Mounted File Systems

• /dev/root: /

  68.69 % (4.3 GiB of 13.7 GiB)

• devtmpfs: /dev

  0.00 % (15.5 GiB of 15.5 GiB)

• tmpfs: /dev/shm

  0.78 % (15.4 GiB of 15.5 GiB)

• tmpfs: /run

  0.66 % (6.2 GiB of 6.2 GiB)

• tmpfs: /run/lock

  0.08 % (5.0 MiB of 5.0 MiB)

• /dev/sda1: /mnt/mSATA

  89.72 % (48.1 GiB of 468.4 GiB)

• /dev/sda1: /home/linaro

  89.72 % (48.1 GiB of 468.4 GiB)

• /dev/mmcblk0p7: /oem

  15.04 % (102.5 MiB of 120.6 MiB)

• /dev/mmcblk0p8: /userdata

  89.63 % (10.4 GiB of 99.9 GiB)

• /dev/mmcblk0p8: /opt

  89.63 % (10.4 GiB of 99.9 GiB)

• /dev/mmcblk0p8: /srv

  89.63 % (10.4 GiB of 99.9 GiB)

• /dev/mmcblk0p8: /usr/local

  89.63 % (10.4 GiB of 99.9 GiB)

• /dev/mmcblk0p8: /var/log

  89.63 % (10.4 GiB of 99.9 GiB)

• tmpfs: /run/user/1000

  0.00 % (3.1 GiB of 3.1 GiB)

• Filen: /tmp/filen

  0.63 % (2.0 TiB of 2.0 TiB)

#Display

#Session

• Type: x11

  #Wayland

• Current Display Name: (Not Available)

  #X Server

• Current Display Name: :0.0
• Vendor: The X.Org Foundation
• Version: 1.20.11
• Release Number: 12011000

  #Screens

• Screen 0: 2560x1944 pixels

  #Outputs (XRandR)

• HDMI-1: Connected; 2560x1080 pixels, offset (0, 0)
• DP-1: Connected; 1152x864 pixels, offset (0, 1080)

  #OpenGL (GLX)

• Vendor: Mesa/X.org
• Renderer: llvmpipe (LLVM 11.0.1, 128 bits)
• Direct Rendering: Yes
• Version (Compatibility): 3.1 Mesa 20.3.5
• Shading Language Version (Compatibility): 1.40
• Version (Core): 4.5 (Core Profile) Mesa 20.3.5
• Shading Language Version (Core): 4.50
• Version (ES): OpenGL ES 3.2 Mesa 20.3.5
• Shading Language Version (ES): OpenGL ES GLSL ES 3.20
• GLX Version: 1.4

  #Vulkan

• Instance Version: 1.2.162
• Api Version: 4194306 (1.0.2)
• Driver Version: 1 (0x0001)
• Vendor: Mesa
• Device Type: PHYSICAL_DEVICE_TYPE_CPU
• Device Name: llvmpipe (LLVM 11.0.1, 128 bits)
• Driver Name: llvmpipe
• Driver Info: Mesa 20.3.5 (LLVM 11.0.1)
• Conformance Version: 1.0.0.0

#Environment Variables

#Environment Variables

• ALACRITTY_LOG: /tmp/Alacritty-447031.log
• ALACRITTY_SOCKET: /tmp/Alacritty-:0.0-447031.sock
• ALACRITTY_WINDOW_ID: 60817411
• COLORTERM: truecolor
• DISPLAY: :0.0
• HOME: /root
• LANG: en_US.UTF-8
• LOGNAME: root
• LS_COLORS:
• MAIL: /var/mail/root
• OLDPWD: /home/linaro
• PATH: /root/.cargo/bin:/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin
• PWD: /
• SHELL: /bin/bash
• SHLVL: 1
• SUDO_COMMAND: /usr/bin/x-terminal-emulator
• SUDO_GID: 1000
• SUDO_UID: 1000
• SUDO_USER: linaro
• TERM: alacritty
• USER: root
• WINDOWID: 60817411
• XAUTHORITY: /home/linaro/.Xauthority
• _: /usr/bin/hardinfo2

#Development

#Scripting Languages

• Gambas3 (gbr3): Not found
• Python (default): Not found
• Python2: Not found
• Python3: 3.9.2
• Perl: 5.32.1
• Rakudo (Perl6): Not found
• PHP: Not found
• Ruby: Not found
• Bash: 5.1.4
• JavaScript (Node.js): Not found
• awk: 5.1.0

  #Compilers

• C (GCC): 10.2.1
• C (Clang): 11.0.1
• D (dmd): Not found
• Gambas3 (gbc3): Not found
• Java: 11.0.29
• .NET: Not found
• Vala: Not found
• Haskell (GHC): Not found
• FreePascal: Not found
• Go: 1.24.3
• Rust: 1.87.0

  #Tools

• make: 4.3
• ninja: 1.10.1
• GDB: Not found
• LLDB: Not found
• strace: 5.10
• valgrind: Not found
• QMake: 3.1
• CMake: 4.2.1
• Gambas3 IDE: Not found
• Radare2: Not found
• ltrace: Not found
• Powershell: 7.6.0

#Users

#Users

• _apt:
• _flatpak: Flatpak system-wide installation helper
• avahi: Avahi mDNS daemon
• avahi-autoipd: Avahi autoip daemon
• backup: backup
• bin: bin
• colord: colord colour management daemon
• daemon: daemon
• dnsmasq: dnsmasq
• games: games
• gnats: Gnats Bug-Reporting System (admin)
• irc: ircd
• jellyfin: Jellyfin default user
• lightdm: Light Display Manager
• linaro: linaro
• list: Mailing List Manager
• lp: lp
• mail: mail
• man: man
• messagebus:
• news: news
• nobody: nobody
• ntp:
• proxy: proxy
• pulse: PulseAudio daemon
• root: root
• saned:
• sshd:
• strongswan:
• sync: sync
• sys: sys
• systemd-coredump: systemd Core Dumper
• systemd-network: systemd Network Management
• systemd-resolve: systemd Resolver
• systemd-timesync: systemd Time Synchronization
• tss: TPM software stack
• uucp: uucp
• uuidd:
• www-data: www-data

#Groups

#Group

• _flatpak: 118
• _ssh: 110
• adm: 4
• audio: 29
• avahi-autoipd: 122
• avahi: 125
• backup: 34
• bin: 2
• bluetooth: 108
• cdrom: 24
• colord: 124
• daemon: 1
• dialout: 20
• dip: 30
• disk: 6
• fax: 21
• floppy: 25
• games: 60
• gnats: 41
• hardinfo2: 1001
• i2c: 112
• input: 105
• irc: 39
• jellyfin: 117
• kmem: 15
• kvm: 106
• lightdm: 116
• linaro: 1000
• list: 38
• lp: 7
• lpadmin: 119
• mail: 8
• man: 12
• messagebus: 104
• netdev: 111
• news: 9
• nogroup: 65534
• ntp: 109
• operator: 37
• pardus-software: 126
• plugdev: 46
• proxy: 13
• pulse-access: 115
• pulse: 114
• rdma: 113
• render: 107
• root: 0
• saned: 123
• sasl: 45
• scanner: 121
• shadow: 42
• src: 40
• ssl-cert: 120
• staff: 50
• sudo: 27
• sys: 3
• systemd-coredump: 998
• systemd-journal: 101
• systemd-network: 102
• systemd-resolve: 103
• systemd-timesync: 999
• tape: 26
• tss: 128
• tty: 5
• users: 100
• utmp: 43
• uucp: 10
• uuidd: 127
• video: 44
• voice: 22
• www-data: 33

#Devices

#Device Tree

#Device Tree

• Summary:
• Details:
  • Board
  • Model: Rockchip RK3588 DXB LP4 V10 Board
  • Serial Number: “86bbb302f8210401”
  • Compatible: “rockchip,rk3588-vpc-vga-v10”, “rockchip,rk3588”
• Maps:
• Messages:

#System DMI

#DMI Unavailable

• DMI is not available. Perhaps this platform does not provide DMI.:

#Processor

#Processors

• SOC/Package Information:
• Details:
  • SOC/Package
  • Name: Rockchip RK3588
  • Description: 4x ARM Cortex-A55 r2p0 (AArch64) + 4x ARM Cortex-A76 r4p0 (AArch64)
  • Topology: 3 physical processors; 8 cores; 8 threads
  • Logical CPU Config: 4x 2256.00 MHz + 4x 1800.00 MHz
  • Distro and CPU Supported Profiles
  • HWCAPS: aarch64
  • Clocks
  • 1800.00-1800.00 MHz: 1x
  • 408.00-2256.00 MHz: 2x
  • Caches
  • Level 1 (Data): 4x 32KB (128KB), 4-way set-associative, 128 sets
  • Level 1 (Instruction): 4x 32KB (128KB), 4-way set-associative, 128 sets
  • Level 2 (Unified): 4x 128KB (512KB), 4-way set-associative, 512 sets
  • Level 3 (Unified): 1x 3072KB (3072KB), 12-way set-associative, 4096 sets
  • Level 1 (Data): 2x 64KB (128KB), 4-way set-associative, 256 sets
  • Level 1 (Instruction): 2x 64KB (128KB), 4-way set-associative, 256 sets
  • Level 2 (Unified): 2x 512KB (1024KB), 8-way set-associative, 1024 sets
  • Level 3 (Unified): 1x 3072KB (3072KB), 12-way set-associative, 4096 sets
  • Level 1 (Data): 2x 64KB (128KB), 4-way set-associative, 256 sets
  • Level 1 (Instruction): 2x 64KB (128KB), 4-way set-associative, 256 sets
  • Level 2 (Unified): 2x 512KB (1024KB), 8-way set-associative, 1024 sets
  • Level 3 (Unified): 1x 3072KB (3072KB), 12-way set-associative, 4096 sets
• ARM Cortex-A55 r2p0 (AArch64): 1800.00 MHz
• ARM Cortex-A55 r2p0 (AArch64): 1800.00 MHz
• ARM Cortex-A55 r2p0 (AArch64): 1800.00 MHz
• ARM Cortex-A55 r2p0 (AArch64): 1800.00 MHz
• ARM Cortex-A76 r4p0 (AArch64): 2256.00 MHz
• ARM Cortex-A76 r4p0 (AArch64): 2256.00 MHz
• ARM Cortex-A76 r4p0 (AArch64): 2256.00 MHz
• ARM Cortex-A76 r4p0 (AArch64): 2256.00 MHz

#Graphics Processors

#GPUs

• dt-soc-gpu: arm Mali family
• Details:
  • Device Information
  • GPU: Integrated (Rockchip RK3588)
  • Location: SOC
  • Vendor: ARM
  • Device: Mali family
  • Clocks
  • Core: 300.00-1000.00 MHz
  • Frequency Scaling
  • Minimum: 300000 kHz
  • Maximum: 1000000 kHz
  • Transition Latency: 0 ns
  • Source: Operating Points (OPPv2)
  • Device Tree Node
  • Path: /gpu@fb000000
  • Compatible: “arm,mali-bifrost”
  • Status: “okay”
  • Name: “gpu”

#Monitors

#Monitors

• card0-HDMI-A-1: 28.8″ 25UM58G
• Details:
  • Connection
  • DRM: card0-HDMI-A-1
  • Status: connected enabled
  • Signal Type: Digital
  • Interface: [0] (Unspecified)
  • Bits per Color Channel: (Unspecified)
  • Speaker Allocation: Front left and right
  • Output (Max)
  • VESA EDID STD: 1152x1536@75Hz 67.0x28.0cm (28.6”) progressive normal
  • EIA/CEA-861 SVD: 1920x1080@60Hz 67.3x28.4cm (28.8”) progressive normal
  • EDID Device
  • Vendor: [PNP:GSM] Goldstar Company
  • Name: 25UM58G
  • Model: [5b98-01010101] 23448-16843009
  • Serial: (Unknown)
  • Manufacture Date: Week 1 of 2015
  • EDID Meta
  • Data Size: 256 bytes
  • Version: 1.3
  • Extension Blocks: 1
  • Extended to: EIA/CEA-861
  • Checksum: Ok
  • EDID Descriptors
  • descriptor0: ([00] detailed timing descriptor) {…}
  • descriptor1: ([00] detailed timing descriptor) {…}
  • descriptor2: ([fc] display name) 25UM58G
  • descriptor3: ([fd] display range limits) 00 00 00 fd 00 38 4b 1e 5a 18 00 0a 20 20 20 20 20 20
  • Detailed Timing Descriptors (DTD)
  • dtd0: 2560x1080@59Hz, 67.3x28.4cm (28.8”) progressive normal (VESA EDID DTD)
  • dtd1: 1920x1080@60Hz, 67.3x28.4cm (28.8”) progressive normal (VESA EDID DTD)
  • dtd2: 1920x1080@60Hz, 59.8x33.7cm (27.0”) progressive normal (EIA/CEA-861 DTD)
  • dtd3: 1920x540@60Hz, 59.8x33.7cm (27.0”) interlaced normal (EIA/CEA-861 DTD)
  • dtd4: 1280x720@60Hz, 59.8x33.7cm (27.0”) progressive normal (EIA/CEA-861 DTD)
  • dtd5: 2560x1080@74Hz, 67.7x29.0cm (29.0”) progressive normal (EIA/CEA-861 DTD)
  • Established Timings Bitmap (ETB)
  • etb0: 720x400@70Hz 67.0x28.0cm (28.6”) progressive normal
  • etb1: 640x480@60Hz 67.0x28.0cm (28.6”) progressive normal
  • etb2: 640x480@75Hz 67.0x28.0cm (28.6”) progressive normal
  • etb3: 800x600@60Hz 67.0x28.0cm (28.6”) progressive normal
  • etb4: 800x600@75Hz 67.0x28.0cm (28.6”) progressive normal
  • etb5: 1024x768@60Hz 67.0x28.0cm (28.6”) progressive normal
  • etb6: 1024x768@75Hz 67.0x28.0cm (28.6”) progressive normal
  • etb7: 1280x1024@75Hz 67.0x28.0cm (28.6”) progressive normal
  • etb8: 1152x870@75Hz 67.0x28.0cm (28.6”) progressive normal
  • Standard Timings (STD)
  • std0: 1152x1536@75Hz 67.0x28.0cm (28.6”) progressive normal
  • std1: 1280x1024@60Hz 67.0x28.0cm (28.6”) progressive normal
  • std2: 1280x720@60Hz 67.0x28.0cm (28.6”) progressive normal
  • std3: 1600x900@60Hz 67.0x28.0cm (28.6”) progressive normal
  • std4: 1680x1050@60Hz 67.0x28.0cm (28.6”) progressive normal
  • E-EDID Extension Blocks
  • ext0: ([02:v03] EIA/CEA-861 extension (CEA-EXT)) ok
  • EIA/CEA-861 Data Blocks
  • cea_block0: ([2] video) svds:9
  • cea_block1: ([1] audio) sads:1
  • cea_block2: ([4] speaker allocation) len:3
  • cea_block3: ([3] vendor specific) len:5 (OUI:000c03) – 65 03 0c 00 10 00
  • EIA/CEA-861 Short Audio Descriptors
  • sad0: format:([1] LPCM) channels:2 rates:32, 44, 48 kHz depths: 16-bit, 20-bit, 24-bit
  • EIA/CEA-861 Short Video Descriptors
  • svd0: 1920x1080@60Hz progressive normal
  • svd1: 1280x720@60Hz progressive normal
  • svd2: 720x480@60Hz progressive normal
  • svd3: 1920x1080@50Hz interlaced normal
  • svd4: 720x576@50Hz progressive normal
  • svd5: 1920x1080@60Hz interlaced normal
  • svd6: 1920x1080@50Hz progressive normal
  • svd7: 640x480@60Hz progressive normal
  • svd8: 1280x720@50Hz progressive normal
  • DisplayID Timings
  • (Empty List):
  • DisplayID Strings
  • (Empty List):
  • Hex Dump
  • Data:
    00ffffffffffff001e6d985b01010101 0119010380431c78eaca95a6554ea126 0f5054a54b80714f818081c0a9c0b300 0101010101017e4800e0a0381f404040 3a00a11c21000018023a801871382d40 582c4500a11c2100001e000000fc0032 35554d3538470a2020202020000000fd 00384b1e5a18000a20202020202001f5 02031cf1499004031412051f01132309 07078301000065030c001000023a8018 71382d40582c450056512100001e011d 8018711c1620582c250056512100009e 011d007251d01e206e28550056512100 001e295900a0a038274030203a00a522 2100001a000000ff0000000000000000 000000000000000000000000000000a1
• card0-Writeback-1: (Unknown)
• Details:
  • Connection
  • DRM: card0-Writeback-1
  • Status: unknown disabled
• card0-DP-1: 18.5″ 1950W
• Details:
  • Connection
  • DRM: card0-DP-1
  • Status: connected enabled
  • Signal Type: Analog
  • Interface: [0] (Unspecified)
  • Bits per Color Channel: (Unspecified)
  • Speaker Allocation: (Unspecified)
  • Output (Max)
  • VESA EDID STD: 1280x720@60Hz 41.0x23.0cm (18.5”) progressive normal
  • VESA EDID DTD: 1366x768@59Hz 41.0x23.0cm (18.5”) progressive normal
  • EDID Device
  • Vendor: [PNP:AOC] AOC International
  • Name: 1950W
  • Model: [1950-00000000] 6480-0
  • Serial: (Unknown)
  • Manufacture Date: 2011
  • EDID Meta
  • Data Size: 128 bytes
  • Version: 1.4
  • Extension Blocks: 0
  • Extended to: (None)
  • Checksum: Ok
  • EDID Descriptors
  • descriptor0: ([00] detailed timing descriptor) {…}
  • descriptor1: ([00] detailed timing descriptor) {…}
  • descriptor2: ([fd] display range limits) 00 00 00 fd 00 32 4c 1e 3c 09 00 0a 20 20 20 20 20 20
  • descriptor3: ([fc] display name) 1950W
  • Detailed Timing Descriptors (DTD)
  • dtd0: 1366x768@59Hz, 41.0x23.0cm (18.5”) progressive normal (VESA EDID DTD)
  • dtd1: 1360x768@60Hz, 41.0x23.0cm (18.5”) progressive normal (VESA EDID DTD)
  • Established Timings Bitmap (ETB)
  • etb0: 720x400@70Hz 41.0x23.0cm (18.5”) progressive normal
  • etb1: 640x480@60Hz 41.0x23.0cm (18.5”) progressive normal
  • etb2: 640x480@67Hz 41.0x23.0cm (18.5”) progressive normal
  • etb3: 640x480@72Hz 41.0x23.0cm (18.5”) progressive normal
  • etb4: 640x480@75Hz 41.0x23.0cm (18.5”) progressive normal
  • etb5: 800x600@56Hz 41.0x23.0cm (18.5”) progressive normal
  • etb6: 800x600@60Hz 41.0x23.0cm (18.5”) progressive normal
  • etb7: 800x600@72Hz 41.0x23.0cm (18.5”) progressive normal
  • etb8: 800x600@75Hz 41.0x23.0cm (18.5”) progressive normal
  • etb9: 832x624@75Hz 41.0x23.0cm (18.5”) progressive normal
  • etb10: 1024x768@60Hz 41.0x23.0cm (18.5”) progressive normal
  • etb11: 1024x768@70Hz 41.0x23.0cm (18.5”) progressive normal
  • etb12: 1024x768@75Hz 41.0x23.0cm (18.5”) progressive normal
  • Standard Timings (STD)
  • std0: 1280x720@60Hz 41.0x23.0cm (18.5”) progressive normal
  • std1: 640x400@70Hz 41.0x23.0cm (18.5”) progressive normal
  • E-EDID Extension Blocks
  • (Empty List):
  • EIA/CEA-861 Data Blocks
  • (Empty List):
  • EIA/CEA-861 Short Audio Descriptors
  • (Empty List):
  • EIA/CEA-861 Short Video Descriptors
  • (Empty List):
  • DisplayID Timings
  • (Empty List):
  • DisplayID Strings
  • (Empty List):
  • Hex Dump
  • Data:
    00ffffffffffff0005e3501900000000 00150104682917782a7b40a259559a25 0f5054bfee0081c0310a010101010101 010101010101662156aa51001e30468f 33009ae61000001e662150b051001b30 407036009ae61000001e000000fd0032 4c1e3c09000a202020202020000000fc 0031393530570a202020202020200058

#Memory Devices

#Memory Device List

• Result: (Not available - See hint box below)

#PCI Devices

#PCI Devices

• 0002:20:00.0: RK3588
• 0002:21:00.0: RTL8111/8168/8211/8411 PCI Express Gigabit Ethernet Controller

#USB Devices

#USB Devices

• 001:001: (null) 2.0 root hub
• 002:001: (null) 2.0 root hub
• 002:002: Terminus Technology Inc. FE 2.1 7-port Hub
• 003:001: (null) 1.1 root hub
• 004:001: (null) 1.1 root hub
• 005:001: (null) 2.0 root hub
• 005:002: Genesys Logic, Inc. Hub
• 005:003: (null) Nano Receiver
• 006:001: (null) 3.0 root hub
• 006:002: Genesys Logic, Inc. Hub

#Firmware

#SCA128

• Version: 0x100050912002b000
• VendorId: EMMC:0x0000df
• Serial: 0xa7e0b103
• Protocol: org.jedec.mmc
• Plugin: emmc
• Icon: media-memory
• Guid: 978380d9-bacb-5e2b-8063-cb1cbe533eaa
• Guid: 87547605-5433-51a2-b481-49204a05c695
• Guid: 31b7cf70-a297-543f-b512-815caa03cdad
• Flags:
  [internal] Device cannot be removed easily [updatable] Device is updatable in this or any other mode [registered] Has been registered with other plugins
• DeviceId: a73b625424ee3cdda922614eee1cf65e8e8f76dc
• Created: 01/09/2026

#Printers

#Printers (CUPS)

• thermal:

#Battery

#Power Status

• Power State: AC

  #No batteries

• No batteries found on this system:

#Sensors

#Temperature

• temp1: 49.00°C

  soc_thermal

• temp1: 49.00°C

  bigcore0_thermal

• temp1: 49.00°C

  bigcore1_thermal

• temp1: 49.00°C

  littlecore_thermal

• temp1: 48.08°C

  center_thermal

• temp1: 48.08°C

  gpu_thermal

• temp1: 48.08°C

  npu_thermal

• thermal_zone2: 49.00°C

  thermal

• thermal_zone0: 49.00°C

  thermal

• thermal_zone5: 48.08°C

  thermal

• thermal_zone3: 49.00°C

  thermal

• thermal_zone1: 49.00°C

  thermal

• thermal_zone6: 48.08°C

  thermal

• thermal_zone4: 48.08°C|thermal

  #CPU Frequency

• cpu0: 1800.00 MHz

  cpufreq

• cpu1: 1800.00 MHz

  cpufreq

• cpu2: 1800.00 MHz

  cpufreq

• cpu3: 1800.00 MHz

  cpufreq

• cpu4: 2256.00 MHz

  cpufreq

• cpu5: 2256.00 MHz

  cpufreq

• cpu6: 2256.00 MHz

  cpufreq

• cpu7: 2256.00 MHz|cpufreq

  #Drive Temperature

• MT-512: 33.00°C

  udisks2

#Input Devices

#Input Devices

• remotectl-gpio: Keyboard
• rockchip-es8388i Headset: Audio
• Logitech USB Receiver: Keyboard
• Logitech USB Receiver Mouse: Audio
• Logitech USB Receiver Consumer Control: Keyboard
• adc-keys: Keyboard
• Logitech USB Receiver System Control: Keyboard
• rockchip-hdmi0 rockchip-hdmi0: Audio

#Storage

#UDisks2

• mmcblk0boot1: SCA128

  116.5 GiB

• mmcblk0: SCA128

  116.5 GiB

• mmcblk0boot0: SCA128

  116.5 GiB

• sda: MT-512

  476.9 GiB

#Resources

#I/O Ports

• 00000000-000fffff: pcie@fe170000
• 00001000-00001fff: PCI Bus 0002:21
• 00001000-000010ff: 0002:21:00.0
• 00001000-000010ff: r8168

  #Memory

• 0010f000-0010f0ff: 10f000.sram sram@10f000
• 00110000-00127fff: ramoops:dmesg(0/1)
• 00128000-0013ffff: ramoops:dmesg(1/1)
• 00140000-001bffff: ramoops:console
• 001c0000-001effff: ramoops:pmsg
• 00200000-083fffff: System RAM
• 00400000-01a8ffff: Kernel code
• 01a90000-0209ffff: reserved
• 020a0000-0245ffff: Kernel data
• 08300000-0832bfff: reserved
• 09400000-efffffff: System RAM
• e9f00000-ee1a3fff: reserved
• f2200000-f2ffffff: pcie@fe170000
• f2200000-f22fffff: PCI Bus 0002:21
• f2200000-f2203fff: 0002:21:00.0
• f2200000-f2203fff: r8168
• f2204000-f2204fff: 0002:21:00.0
• f2204000-f2204fff: r8168
• f2300000-f230ffff: 0002:20:00.0
• fb000000-fb1fffff: fb000000.gpu
• fc00c100-fc3fffff: fc000000.usb usb@fc000000
• fc400000-fc407fff: usb@fc400000
• fc400000-fc407fff: xhci-hcd.3.auto usb@fc400000
• fc40c100-fc7fffff: fc400000.usb usb@fc400000
• fc800000-fc83ffff: fc800000.usb usb@fc800000
• fc840000-fc87ffff: fc840000.usb usb@fc840000
• fc880000-fc8bffff: fc880000.usb usb@fc880000
• fc8c0000-fc8fffff: fc8c0000.usb usb@fc8c0000
• fd880000-fd880fff: fd880000.i2c i2c@fd880000
• fd890000-fd89001f: serial
• fd8a0000-fd8a00ff: fd8a0000.gpio gpio@fd8a0000
• fda40000-fda400ff: fda40000.pvtm pvtm@fda40000
• fda50000-fda500ff: fda50000.pvtm pvtm@fda50000
• fda60000-fda600ff: fda60000.pvtm pvtm@fda60000
• fdab9000-fdab90ff: fdab9000.iommu iommu@fdab9000
• fdaba000-fdaba0ff: fdab9000.iommu iommu@fdab9000
• fdaca000-fdaca0ff: fdab9000.iommu iommu@fdab9000
• fdada000-fdada0ff: fdab9000.iommu iommu@fdab9000
• fdaf0000-fdaf00ff: fdaf0000.pvtm pvtm@fdaf0000
• fdb30000-fdb300ff: fdb30000.pvtm pvtm@fdb30000
• fdb50800-fdb5083f: fdb50800.iommu iommu@fdb50800
• fdb60f00-fdb60fff: fdb60f00.iommu iommu@fdb60f00
• fdb70f00-fdb70fff: fdb70f00.iommu iommu@fdb70f00
• fdb90480-fdb904bf: fdb90480.iommu iommu@fdb90480
• fdba0800-fdba083f: fdba0800.iommu iommu@fdba0800
• fdba4800-fdba483f: fdba4800.iommu iommu@fdba4800
• fdba8800-fdba883f: fdba8800.iommu iommu@fdba8800
• fdbac800-fdbac83f: fdbac800.iommu iommu@fdbac800
• fdbb0800-fdbb08ff: fdbb0800.iommu iommu@fdbb0800
• fdbdf000-fdbdf03f: fdbdf000.iommu iommu@fdbdf000
• fdbdf040-fdbdf07f: fdbdf000.iommu iommu@fdbdf000
• fdbef000-fdbef03f: fdbef000.iommu iommu@fdbef000
• fdbef040-fdbef07f: fdbef000.iommu iommu@fdbef000
• fdc38700-fdc3873f: fdc38700.iommu iommu@fdc38700
• fdc38740-fdc3877f: fdc38700.iommu iommu@fdc38700
• fdc48700-fdc4873f: fdc48700.iommu iommu@fdc48700
• fdc48740-fdc4877f: fdc48700.iommu iommu@fdc48700
• fdca0000-fdca05ff: fdca0000.iommu iommu@fdca0000
• fdd10000-fdd1ffff: fdd10000.mipi0-csi2-hw csihost_regs
• fdd20000-fdd2ffff: fdd20000.mipi1-csi2-hw csihost_regs
• fdd30000-fdd3ffff: fdd30000.mipi2-csi2-hw csihost_regs
• fdd40000-fdd4ffff: fdd40000.mipi3-csi2-hw csihost_regs
• fdd50000-fdd5ffff: fdd50000.mipi4-csi2-hw csihost_regs
• fdd60000-fdd6ffff: fdd60000.mipi5-csi2-hw csihost_regs
• fdd90000-fdd941ff: fdd90000.vop regs
• fdd95000-fdd95fff: fdd90000.vop gamma_lut
• fdd97e00-fdd97eff: fdd97e00.iommu iommu@fdd97e00
• fdd97f00-fdd97fff: fdd97e00.iommu iommu@fdd97e00
• fddf0000-fddf0fff: fddf0000.i2s i2s@fddf0000
• fddf4000-fddf4fff: fddf4000.i2s i2s@fddf4000
• fddf8000-fddf8fff: fddf8000.i2s i2s@fddf8000
• fde50000-fde53fff: fde50000.dp dp@fde50000
• fde80000-fde8ffff: fde80000.hdmi hdmi@fde80000
• fde90000-fde9ffff: fde80000.hdmi hdmi@fde80000
• fe060000-fe06ffff: fe060000.dfi dfi@fe060000
• fe170000-fe17ffff: fe170000.pcie pcie-apb
• fe210000-fe210fff: fe210000.sata sata@fe210000
• fe2d0000-fe2d3fff: fe2d0000.mmc mmc@fe2d0000
• fe2e0000-fe2effff: fe2e0000.mmc mmc@fe2e0000
• fe378000-fe3781ff: fe378000.rng rng@fe378000
• fe470000-fe470fff: fe470000.i2s i2s@fe470000
• fea10000-fea13fff: dma-controller@fea10000
• fea10000-fea13fff: fea10000.dma-controller dma-controller@fea10000
• fea30000-fea33fff: dma-controller@fea30000
• fea30000-fea33fff: fea30000.dma-controller dma-controller@fea30000
• fea50000-fea50fff: fea50000.can can@fea50000
• fea60000-fea60fff: fea60000.can can@fea60000
• fea90000-fea90fff: fea90000.i2c i2c@fea90000
• fead0000-fead0fff: fead0000.i2c i2c@fead0000
• feaf0000-feaf00ff: feaf0000.watchdog watchdog@feaf0000
• feb10000-feb10fff: feb10000.spi spi@feb10000
• feb20000-feb20fff: feb20000.spi spi@feb20000
• feb60000-feb6001f: serial
• feb80000-feb8001f: serial
• febb0000-febb001f: serial
• febc0000-febc001f: serial
• fec00000-fec003ff: fec00000.tsadc tsadc@fec00000
• fec10000-fec1ffff: fec10000.saradc saradc@fec10000
• fec20000-fec200ff: fec20000.gpio gpio@fec20000
• fec30000-fec300ff: fec30000.gpio gpio@fec30000
• fec40000-fec400ff: fec40000.gpio gpio@fec40000
• fec50000-fec500ff: fec50000.gpio gpio@fec50000
• fec80000-fec80fff: fec80000.i2c i2c@fec80000
• fec90000-fec90fff: fec90000.i2c i2c@fec90000
• fecc0000-fecc03ff: fecc0000.otp otp@fecc0000
• fed10000-fed13fff: dma-controller@fed10000
• fed10000-fed13fff: fed10000.dma-controller dma-controller@fed10000
• fed60000-fed61fff: fed60000.hdmiphy hdmiphy@fed60000
• fed80000-fed8ffff: fed80000.phy phy@fed80000
• fed90000-fed9ffff: fed90000.phy phy@fed90000
• feda0000-fedaffff: feda0000.phy phy@feda0000
• fedb0000-fedbffff: fedb0000.phy phy@fedb0000
• fedc0000-fedc7fff: fedc0000.csi2-dphy0-hw csi2-dphy0-hw@fedc0000
• fedc8000-fedcffff: fedc8000.csi2-dphy1-hw csi2-dphy1-hw@fedc8000
• fee00000-fee000ff: fee00000.phy phy@fee00000
• fee10000-fee100ff: fee10000.phy phy@fee10000
• ff001000-ff0effff: ff001000.sram sram@ff001000
• 100000000-3fbffffff: System RAM
• 3fc500000-3ffefffff: System RAM
• 400000000-7ffffffff: System RAM
• 7d8a00000-7fb5fffff: reserved
• 7fb633000-7fb692fff: reserved
• 7fb693000-7fb693fff: reserved
• 7fb694000-7fb783fff: reserved
• 7fb786000-7fb787fff: reserved
• 7fb788000-7fb789fff: reserved
• 7fb78a000-7fb79afff: reserved
• 7fb79b000-7fb870fff: reserved
• 7fb871000-7ffffffff: reserved
• 980000000-9bfffffff: pcie@fe170000
• a40800000-a40bfffff: fe170000.pcie pcie-dbi

  #IRQ

• 13: GICv3 26 Level arch_timer
• 14: GICv3 321 Level rk_timer
• 15: GICv3 23 Level arm-pmu
• 16: GICv3 105 Level dmc
• 17: GICv3 126 Level fb000000.gpu
• 18: GICv3 125 Level fb000000.gpu
• 19: GICv3 124 Level fb000000.gpu
• 20: GICv3 247 Level ehci_hcd:usb1
• 21: GICv3 248 Level ohci_hcd:usb3
• 22: GICv3 250 Level ehci_hcd:usb2
• 23: GICv3 251 Level ohci_hcd:usb4
• 24: GICv3 425 Level rockchip_usb2phy
• 25: GICv3 423 Level rockchip_usb2phy
• 26: GICv3 424 Level rockchip_usb2phy
• 27: GICv3 349 Level fd880000.i2c
• 29: GICv3 142 Level fdab9000.iommu, fdab0000.npu
• 30: GICv3 143 Level fdab9000.iommu, fdab0000.npu
• 31: GICv3 144 Level fdab9000.iommu, fdab0000.npu
• 32: GICv3 152 Level fdb50000.vepu
• 33: GICv3 151 Level fdb51000.avsd-plus, fdb50400.vdpu
• 34: GICv3 150 Level fdb50800.iommu
• 35: GICv3 146 Level fdb60f00.iommu, rga3_core0
• 36: GICv3 147 Level fdb70f00.iommu, rga3_core1
• 37: GICv3 148 Level rga2
• 38: GICv3 161 Level fdb90000.jpegd
• 39: GICv3 162 Level fdb90480.iommu
• 40: GICv3 154 Level fdba0000.jpege-core
• 41: GICv3 153 Level fdba0800.iommu
• 42: GICv3 156 Level fdba4000.jpege-core
• 43: GICv3 155 Level fdba4800.iommu
• 44: GICv3 158 Level fdba8000.jpege-core
• 45: GICv3 157 Level fdba8800.iommu
• 46: GICv3 160 Level fdbac000.jpege-core
• 47: GICv3 159 Level fdbac800.iommu
• 48: GICv3 149 Level fdbb0800.iommu, fdbb0000.iep
• 49: GICv3 133 Level fdbd0000.rkvenc-core
• 50: GICv3 131 Level fdbdf000.iommu
• 51: GICv3 132 Level fdbdf000.iommu
• 52: GICv3 136 Level fdbe0000.rkvenc-core
• 53: GICv3 134 Level fdbef000.iommu
• 54: GICv3 135 Level fdbef000.iommu
• 55: GICv3 127 Level fdc38100.rkvdec-core
• 56: GICv3 128 Level fdc38700.iommu
• 57: GICv3 129 Level fdc48100.rkvdec-core
• 58: GICv3 130 Level fdc48700.iommu
• 59: GICv3 141 Level fdca0000.iommu
• 60: GICv3 175 Level rockchip-mipi-csi2-hw
• 61: GICv3 176 Level rockchip-mipi-csi2-hw
• 62: GICv3 177 Level rockchip-mipi-csi2-hw
• 63: GICv3 178 Level rockchip-mipi-csi2-hw
• 64: GICv3 179 Level rockchip-mipi-csi2-hw
• 65: GICv3 180 Level rockchip-mipi-csi2-hw
• 66: GICv3 181 Level rockchip-mipi-csi2-hw
• 67: GICv3 182 Level rockchip-mipi-csi2-hw
• 68: GICv3 183 Level rockchip-mipi-csi2-hw
• 69: GICv3 184 Level rockchip-mipi-csi2-hw
• 70: GICv3 185 Level rockchip-mipi-csi2-hw
• 71: GICv3 186 Level rockchip-mipi-csi2-hw
• 72: GICv3 188 Level fdd97e00.iommu, fdd90000.vop
• 73: GICv3 217 Level i2s
• 74: GICv3 193 Level fde50000.dp
• 75: GICv3 201 Level fde80000.hdmi
• 77: GICv3 203 Level fde80000.hdmi
• 78: GICv3 204 Level fde80000.hdmi
• 79: GICv3 392 Level dw-hdmi-qp-hpd
• 80: GICv3 305 Level ahci[fe210000.sata]
• 81: GICv3 236 Level dw-mci
• 82: GICv3 237 Level mmc0
• 84: GICv3 212 Level i2s
• 85: GICv3 118 Level fea10000.dma-controller
• 86: GICv3 119 Level fea10000.dma-controller
• 87: GICv3 120 Level fea30000.dma-controller
• 88: GICv3 121 Level fea30000.dma-controller
• 89: GICv3 373 Level can0
• 90: GICv3 374 Level can1
• 91: GICv3 350 Level fea90000.i2c
• 92: GICv3 354 Level fead0000.i2c
• 93: GICv3 347 Edge feaf0000.watchdog
• 94: GICv3 359 Level feb10000.spi
• 95: GICv3 360 Level feb20000.spi
• 101: GICv3 429 Level rockchip_thermal
• 102: GICv3 430 Level fec10000.saradc
• 103: GICv3 355 Level fec80000.i2c
• 104: GICv3 356 Level fec90000.i2c
• 105: GICv3 122 Level fed10000.dma-controller
• 106: GICv3 123 Level fed10000.dma-controller
• 112: GICv3 426 Level rockchip_usb2phy
• 113: GICv3 218 Level i2s
• 114: GICv3 219 Level i2s
• 115: GICv3 275 Level pcie-sys
• 120: GICv3 455 Edge debug-signal
• 121: GICv3 365 Level debug
• 122: GICv3 140 Level av1d-master
• 126: rockchip_gpio_irq 7 Level rk806
• 129: rk806 7 Level rk806_vb_low
• 130: GICv3 252 Level dwc3
• 131: GICv3 253 Level xhci-hcd:usb5
• 132: rockchip_gpio_irq 10 Edge remotectl
• 142: ITS-MSI 285212680 Edge PCIe PME
• 143: rockchip_gpio_irq 26 Edge headset_detect
• 144: rockchip_gpio_irq 0 Edge bt_default_wake_host_irq
• 145: rockchip_gpio_irq 27 Edge dw-dp-hpd
• 146: ITS-MSI 285736960 Edge enP2p33s0
• IPI0: Rescheduling interrupts
• IPI1: Function call interrupts
• IPI2: CPU stop interrupts
• IPI3: CPU stop (for crash dump) interrupts
• IPI4: Timer broadcast interrupts
• IPI5: IRQ work interrupts
• IPI6: CPU wake-up interrupts
• Err:

#Network

#Interfaces

#Network Interfaces

• lo: 127.0.0.1

  47187.08MiB

  47187.08MiB

• can0:

  0.00MiB

  0.00MiB

• can1:

  0.00MiB

  0.00MiB

• enP2p33s0:

  0.00MiB

  0.00MiB

• wlan0: 192.168.1.8

  661.15MiB

  1527.60MiB

#IP Connections

#Connections

• 127.0.0.1:38133: LISTEN

  0.0.0.0:*

  tcp

• 0.0.0.0:21: LISTEN

  0.0.0.0:*

  tcp

• 0.0.0.0:22: LISTEN

  0.0.0.0:*

  tcp

• 0.0.0.0:631: LISTEN

  0.0.0.0:*

  tcp

• 0.0.0.0:8096: LISTEN

  0.0.0.0:*

  tcp

• 192.168.1.8:50074: ESTABLISHED

  140.82.113.26:443

  tcp

• 192.168.1.8:36712: ESTABLISHED

  140.82.114.26:443

  tcp

• 192.168.1.8:38274: ESTABLISHED

  146.0.41.231:443

  tcp

• 127.0.0.1:49988: CLOSE_WAIT

  127.0.0.1:631

  tcp

• :::5555: LISTEN

  :::*

  tcp6

• :::21: LISTEN

  :::*

  tcp6

• :::22: LISTEN

  :::*

  tcp6

• :::631: LISTEN

  :::*

  tcp6

• 2804:214:4013:844:35174: ESTABLISHED

  2a06:98c1:3107::681:443

  tcp6

• 2804:214:4013:844:44986: ESTABLISHED

  2800:3f0:4001:836:::443

  tcp6

• 2804:214:4013:844:42060: ESTABLISHED

  2a06:98c1:3107::681:443

  tcp6

• 2804:214:4013:844:48860: ESTABLISHED

  2a06:98c1:3108::ac4:443

  tcp6

• 0.0.0.0:68: 0.0.0.0:*

  udp

• 192.168.1.8:123: 0.0.0.0:*

  udp

• 127.0.0.1:123: 0.0.0.0:*

  udp

• 0.0.0.0:123: 0.0.0.0:*

  udp

• 0.0.0.0:500: 0.0.0.0:*

  udp

• 0.0.0.0:34302: 0.0.0.0:*

  udp

• 0.0.0.0:1701: 0.0.0.0:*

  udp

• 0.0.0.0:4500: 0.0.0.0:*

  udp

• 0.0.0.0:5353: 0.0.0.0:*

  udp

• 0.0.0.0:7359: 0.0.0.0:*

  udp

• fe80::2c1a:54b6:d89:123: :::*

  udp6

• 2804:214:4013:8446::123: :::*

  udp6

• 2804:214:4013:8446::123: :::*

  udp6

• ::1:123: :::*

  udp6

• :::123: :::*

  udp6

• :::500: :::*

  udp6

• :::546: :::*

  udp6

• 2804:214:4013:844:49766: ESTABLISHED

  2800:3f0:4001:836:::443

  udp6

• :::4500: :::*

  udp6

• :::54197: :::*

  udp6

• :::5353: :::*

  udp6

• 2804:214:4013:844:55352: ESTABLISHED

  2a06:98c1:3106::681:443

  udp6

#Routing Table

#IP routing table

• 0.0.0.0 / 192.168.1.1: 0.0.0.0

  UG

  wlan0

• 192.168.1.0 / 0.0.0.0: 255.255.255.0

  U

  wlan0

#ARP Table

#ARP Table

• 192.168.1.1: e4:c0:e2:ec:3e:f7

  wlan0

#DNS Servers

#Name Servers

• 8.8.8.8: dns.google
• 1.1.1.1: one.one.one.one

#Statistics

#IP

• : Forwarding: 2
• : 547980 total packets received
• : 12 with invalid addresses
• : 0 forwarded
• : 0 incoming packets discarded
• : 546504 incoming packets delivered
• : 227013 requests sent out
• : 2484 outgoing packets dropped
• : 187 dropped because of missing route

  #ICMP

• : 1 ICMP messages received
• : 0 input ICMP message failed
• : ICMP input histogram:
• : echo replies: 1
• : 177 ICMP messages sent
• : 0 ICMP messages failed
• : ICMP output histogram:
• : destination unreachable: 176
• : echo requests: 1

  #ICMPMSG

• : InType0: 1
• : OutType3: 176
• : OutType8: 1

  #TCP

• : 703 active connection openings
• : 4 passive connection openings
• : 1 failed connection attempts
• : 77 connection resets received
• : 7 connections established
• : 2507077 segments received
• : 2229634 segments sent out
• : 280 segments retransmitted
• : 32 bad segments received
• : 11011 resets sent
• : InCsumErrors: 13

  #UDP

• : 11435 packets received
• : 176 packets to unknown port received
• : 0 packet receive errors
• : 5751 packets sent
• : 0 receive buffer errors
• : 0 send buffer errors
• : IgnoredMulti: 4790

  #UDPLITE

#TCPEXT

• : 145 TCP sockets finished time wait in fast timer
• : 1576 delayed acks sent
• : Quick ack mode was activated 741 times
• : 1801026 packet headers predicted
• : 268320 acknowledgments not containing data payload received
• : 144416 predicted acknowledgments
• : TCPSackRecovery: 9
• : Detected reordering 1069 times using SACK
• : Detected reordering 5 times using time stamp
• : 5 congestion windows partially recovered using Hoe heuristic
• : 6 congestion windows recovered without slow start after partial ack
• : TCPLostRetransmit: 88
• : 5 fast retransmits
• : 3 retransmits in slow start
• : TCPTimeouts: 383
• : TCPLossProbes: 151
• : TCPBacklogCoalesce: 170887
• : TCPDSACKOldSent: 741
• : TCPDSACKOfoSent: 1
• : TCPDSACKRecv: 133
• : 261 connections reset due to unexpected data
• : 60 connections reset due to early user close
• : 35 connections aborted due to timeout
• : TCPDSACKIgnoredNoUndo: 64
• : TCPSpuriousRTOs: 3
• : TCPSackShiftFallback: 997
• : TCPRcvCoalesce: 210048
• : TCPOFOQueue: 59028
• : TCPOFOMerge: 1
• : TCPChallengeACK: 14
• : TCPSYNChallenge: 19
• : TCPSpuriousRtxHostQueues: 97
• : TCPAutoCorking: 919
• : TCPWantZeroWindowAdv: 25059
• : TCPSynRetrans: 14
• : TCPOrigDataSent: 1401064
• : TCPHystartTrainDetect: 1
• : TCPHystartTrainCwnd: 16
• : TCPHystartDelayDetect: 32
• : TCPHystartDelayCwnd: 3291
• : TCPACKSkippedSeq: 23
• : TCPACKSkippedChallenge: 5
• : TCPWinProbe: 1
• : TCPKeepAlive: 1920
• : TCPDelivered: 1399536
• : TCPAckCompressed: 51771
• : TcpTimeoutRehash: 352
• : TcpDuplicateDataRehash: 36
• : TCPDSACKRecvSegs: 133

  #IPEXT

• : InTruncatedPkts: 1
• : InMcastPkts: 243
• : OutMcastPkts: 124
• : InBcastPkts: 4790
• : OutBcastPkts: 3
• : InOctets: 758137089
• : OutOctets: 108976539
• : InMcastOctets: 37229
• : OutMcastOctets: 16708
• : InBcastOctets: 405474
• : OutBcastOctets: 234
• : InNoECTPkts: 547980

#Shared Directories

#SAMBA

• printers: /var/spool/samba
• print$: /var/lib/samba/printers

  #NFS

• No NFS exports:

#Benchmarks

#CPU Blowfish (Single-thread)

#CPU Blowfish (Single-thread)

• Intel Core i7-4765T: 8.40

  8x 2001.00 MHz

• AMD A8-5500: 8.32

  4x 3200,00 MHz

• Intel Xeon E5-2660 0 (Dual): 8.18

  32x 2200.00 MHz

• Intel Xeon Bronze 3204: 8.11

  6x 1900,00 MHz

• Intel Core i7-1060NG7: 8.09

  8x 3800,00 MHz

• AMD Athlon II X4 630: 8.05

  4x 2800.00 MHz

• Intel Core i3-3120M: 7.94

  4x 2500.00 MHz

• AMD A10-9600P: 7.87

  4x 2400.00 MHz

• Intel Core i3-4100M: 7.87

  4x 2500.00 MHz

• AMD Ryzen 3 3200U: 7.73

  4x 2600.00 MHz

• Intel Celeron 3865U: 7.64

  2x 1800.00 MHz

• Intel Pentium Dual E2220: 7.61

  2x 2403.00 MHz

• Rockchip RK3588

  7.53

  4x 2256.00 MHz + 4x 1800.00 MHz

• Intel Core 2 Duo T8300: 7.46

  2x 2400.00 MHz

• Intel Core 2 Duo T9500: 7.40

  2x 2601.00 MHz

• Intel Xeon E5420: 7.33

  1x 2493.97 MHz + 1x 2493.86 MHz + 1x 2493.71 MHz + 1x 2493.71 MHz

• Intel Core 2 Duo T9400: 7.24

  2x 2534.00 MHz

• Intel Core i7 Q 720: 7.18

  8x 1600,00 MHz

• Intel Core 2 6400: 7.07

  2x 2133.00 MHz

• Intel Pentium G630T: 7.04

  2x 2300.00 MHz

• Intel Celeron G3900T: 6.96

  2x 2600,00 MHz

• AMD 3015e: 6.93

  4x 1200.00 MHz

• Loongson-3A6000-HV: 6.86

  1x 2600.00 MHz

• Intel Core 2 T7400: 6.85

  2x 2167.00 MHz

• Pentium T4500: 6.84

  2x 2300.00 MHz

#CPU Blowfish (Multi-thread)

#CPU Blowfish (Multi-thread)

• Intel Core i3-7300: 4x 4000,00 MHz

  55.07

• AMD FX-8300: 8x 3300.00 MHz

  54.38

• Intel Xeon E3-1225 v5: 4x 3700,00 MHz

  54.04

• Intel Core i7-2820QM: 8x 3400,00 MHz

  53.49

• Intel Core i7 860: 8x 2800.00 MHz

  51.73

• Intel Pentium Gold G5420: 4x 3800.00 MHz

  51.50

• Intel Core i5-6500TE: 4x 3300.00 MHz

  49.99

• Intel Core i3-7100: 4x 3900.00 MHz

  48.07

• Intel Core i3-6100: 4x 3700.00 MHz

  47.99

• Intel Core i7-4700HQ: 8x 3400.00 MHz

  46.39

• AMD FX-6300: 6x 3500.00 MHz

  46.37

• AMD Phenom II X6 1055T: 6x 2800.00 MHz

  45.88

• Rockchip RK3588

  4x 2256.00 MHz + 4x 1800.00 MHz

  44.97

• Intel Core i3-7100T: 4x 3400.00 MHz

  43.27

• Intel Xeon E5335 (Dual): 8x 2000,00 MHz

  42.96

• Intel Core i7-2635QM: 4x 2000.00 MHz

  42.60

• Intel Pentium Gold G5400T: 4x 3100.00 MHz

  42.54

• Intel Core i5-3570: 4x 3800.00 MHz

  42.32

• Intel Core i5-4690: 4x 3900.00 MHz

  42.06

• Intel Core i7-7600U: 4x 3900.00 MHz

  41.66

• Intel Core i5-4590: 4x 3700.00 MHz

  41.37

• Intel Core i7-6650U: 4x 3400,00 MHz

  40.75

• Intel Xeon E3-1226 v3: 4x 3700.00 MHz

  40.53

• Intel Core i5-7300U: 4x 3500.00 MHz

  40.01

• AMD A10-5800K: 4x 3800.00 MHz

  39.78

#CPU Blowfish (Multi-core)

#CPU Blowfish (Multi-core)

• AMD Ryzen 3 4100: 8x 4105.00 MHz

  52.78

• Intel Core i7 6770HQ: 8x 3500.00 MHz

  50.80

• Intel Core i7-1185G7: 8x 4800.00 MHz

  50.62

• Intel Xeon E3-1276 v3: 8x 4000.00 MHz

  49.29

• Intel Core i7-4790: 8x 4000.00 MHz

  47.19

• Intel Xeon E3-1241 v3: 8x 3900.00 MHz

  46.11

• Intel Xeon E5-2637 v2: 8x 3800,00 MHz

  45.82

• Intel Xeon E3-1270 v3: 8x 3900.00 MHz

  45.80

• Intel Core i5-7300HQ: 4x 3500.00 MHz

  45.63

• Intel Core i5-4670: 4x 3800.00 MHz

  45.39

• AMD Phenom II X6 1055T: 6x 2800.00 MHz

  45.17

• Intel Xeon E3-1230 V2: 8x 3700.00 MHz

  44.59

• Rockchip RK3588

  4x 2256.00 MHz + 4x 1800.00 MHz

  44.53

• Intel Xeon E5-1607 v4: 4x 3100.00 MHz

  42.16

• AMD Athlon X4 845: 4x 3500,00 MHz

  41.89

• AMD Ryzen 5 PRO 2400G: 8x 3600,00 MHz

  41.59

• Intel Xeon E5-2620 v2: 12x 2600.00 MHz

  40.87

• Intel Core i7-3720QM: 8x 3600.00 MHz

  40.59

• Intel Core i7 860: 8x 2800.00 MHz

  38.66

• Intel Core i7-3615QM: 8x 3300.00 MHz

  38.62

• Intel Core i7-4800MQ: 8x 2700.00 MHz

  38.38

• AMD A10-7870K: 4x 3900.00 MHz

  36.97

• Intel Core i7-4770HQ: 8x 3400.00 MHz

  35.48

• AMD FX-4300: 4x 3800,00 MHz

  34.99

• AMD A8-5600K: 4x 3600.00 MHz

  34.69

#CPU Zlib

#CPU Zlib

• Intel Core i5-1345U: 4x 4700,00 MHz + 8x 3500,00 MHz

  62.11

• Intel Core i7-4910MQ: 8x 3900.00 MHz

  61.09

• AMD Ryzen 7 3750H: 8x 2300.00 MHz

  60.84

• Intel Xeon E5-2620 0: 12x 2500.00 MHz

  60.21

• Intel Core i7-11390H: 4x 5000.00 MHz + 4x 4800.00 MHz

  60.04

• AMD Ryzen 5 PRO 2400GE: 8x 2300.00 MHz

  59.41

• Intel Core i7 6770HQ: 8x 3500.00 MHz

  59.18

• AMD Ryzen 5 PRO 2500U: 8x 2000.00 MHz

  59.18

• Intel Core i5-2550K: 4x 5900.00 MHz

  57.76

• Intel Xeon E31280: 8x 3900,00 MHz

  55.76

• Intel Core i7-6700HQ: 8x 3500.00 MHz

  55.34

• AMD Phenom II X6 1090T: 6x 3200.00 MHz

  54.36

• Rockchip RK3588

  4x 2256.00 MHz + 4x 1800.00 MHz

  53.98

• Intel Xeon E5410 (Dual): 8x 2333,00 MHz

  53.28

• Intel 300: 4x 5000.00 MHz

  52.19

• Loongson-3A6000: 1x 2500.00 MHz

  51.17

• Intel Core i5-4590: 4x 3700.00 MHz

  50.15

• Intel Xeon X5679: 12x 3200,00 MHz

  49.88

• Intel Core i5-8279U: 4x 4100.00 MHz

  48.52

• Intel Core i7-3612QM: 8x 3100.00 MHz

  48.02

• Intel Core i5-3550: 4x 3700.00 MHz

  46.67

• Intel Core i5-4670S: 4x 3800.00 MHz

  46.34

• Intel Xeon W3550: 8x 3060,00 MHz

  44.98

• Intel Core i5-6600T: 4x 3500.00 MHz

  44.74

• AMD Phenom II X6 1045T: 6x 2700.00 MHz

  44.33

#CPU CryptoHash

#CPU CryptoHash

• AMD FX-8320E: 8x 3800,00 MHz

  84.11

• Intel Core i5-9600K: 6x 4600.00 MHz

  82.79

• AMD Ryzen 9 3900: 24x 4359.00 MHz

  81.75

• Intel Xeon E3-1275 v3: 8x 3900.00 MHz

  80.92

• AMD Ryzen 5 3600: 12x 3600.00 MHz

  78.31

• Intel Xeon E5-2690 0: 16x 2900.00 MHz

  77.25

• AMD Ryzen 5 5625U: 12x 2300.00 MHz

  76.47

• Intel Xeon E5-2678 v3: 24x 3300,00 MHz

  75.66

• AMD FX-8350: 8x 4000.00 MHz

  74.55

• Intel Core i5-10600K: 12x 4900.00 MHz

  73.36

• AMD Ryzen 5 5500GT: 12x 4457.00 MHz

  72.11

• Intel Core i9-10900E: 20x 4700,00 MHz

  71.40

• Rockchip RK3588

  4x 2256.00 MHz + 4x 1800.00 MHz

  70.00

• Intel Core i5-11500: 12x 4600,00 MHz

  69.58

• Intel Core i7-14650HX: 4x 5200.00 MHz + 12x 5000.00 MHz + 8x 3700.00 MHz

  69.03

• AMD Ryzen 7 PRO 5850U: 16x 4507.00 MHz

  67.98

• AMD Ryzen 5 5500U: 12x 4056.00 MHz

  67.50

• Intel Core i9-9820X: 4x 4200,00 MHz + 16x 4100,00 MHz

  67.30

• Qualcomm Snapdragon X1E-78-100: 12x 3417.00 MHz

  66.68

• Intel Xeon D-1521: 8x 2401.00 MHz

  66.60

• Intel Core i7-8850H: 12x 4300.00 MHz

  64.78

• AMD Ryzen 5 3600X: 12x 3800.00 MHz

  64.56

• Apple T6001 (M1 Max): 8x 3036.00 MHz + 2x 2064.00 MHz

  63.70

• Intel Core i7 975: 8x 3334,00 MHz

  63.16

• Intel Core i7 880: 8x 3068.00 MHz

  63.00

#CPU Fibonacci

#CPU Fibonacci

• Intel Celeron J4125: 4x 2700.00 MHz

  701.42

• AMD A8-6600K: 4x 3900,00 MHz

  691.30

• AMD A12-9720P: 4x 2700,00 MHz

  682.67

• Intel Core i5-4210M: 4x 3200.00 MHz

  672.10

• Intel Xeon 5130 (Dual): 1x 1995.11 MHz + 1x 1995.09 MHz + 1x 1995.08 MHz + 1x 1993.38 MHz

  668.57

• Intel Core i7 Q 740: 8x 1734.00 MHz

  666.54

• Intel Core i7 Q 840: 8x 1867,00 MHz

  650.54

• AMD FX-8320E: 8x 3800,00 MHz

  645.37

• Intel Core i3-4360: 4x 3700.00 MHz

  599.81

• Intel Xeon L5640: 12x 2266.75 MHz

  577.50

• Intel Core i5-5200U: 4x 2700.00 MHz

  542.83

• Intel Core i5-2415M: 4x 2900.00 MHz

  540.59

• Rockchip RK3588

  4x 2256.00 MHz + 4x 1800.00 MHz

  540.03

• AMD Athlon II X2 255: 2x 3100,00 MHz

  514.56

• AMD A10-9620P: 4x 2500,00 MHz

  493.97

• Intel Pentium 3805U: 2x 1900.00 MHz

  486.75

• Intel Core i3 550: 4x 3200.00 MHz

  486.29

• Intel Core i5 M 450: 4x 2400.00 MHz

  469.95

• AMD A6-9500: 2x 3500.00 MHz

  461.64

• Intel Pentium 4417U: 4x 2300.00 MHz

  460.80

• Intel Pentium G6950: 2x 2800.00 MHz

  454.91

• Intel Celeron 1037U: 2x 1800.00 MHz

  449.90

• AMD Athlon 7750: 2x 2700.00 MHz

  448.45

• Intel Core i5-4250U: 4x 1901.00 MHz

  441.62

• Intel Core i7 M 640: 4x 2800.00 MHz

  437.16

#CPU N-Queens

#CPU N-Queens

• Intel Pentium J2900: 4x 2665.00 MHz

  520.92

• Intel Pentium N3540: 4x 2665.00 MHz

  506.52

• Intel Core i3-2120T: 4x 2600,00 MHz

  499.52

• AMD 3015e: 4x 1200.00 MHz

  496.92

• Intel Core i5-4330M: 4x 3500.00 MHz

  479.34

• Intel Core i5-5350U: 4x 2900.00 MHz

  473.25

• AMD A6-3600: 4x 2100.00 MHz

  462.88

• AMD A10-5700: 4x 3400,00 MHz

  454.76

• Intel Celeron G5905T: 2x 3300.00 MHz

  453.08

• Intel Celeron J4125: 4x 2700.00 MHz

  449.54

• Intel Core i7-3537U: 4x 3100.00 MHz

  447.21

• Intel Core i3-3220T: 4x 2800.00 MHz

  446.80

• Rockchip RK3588

  4x 2256.00 MHz + 4x 1800.00 MHz

  446.52

• Intel Core i5-4300U: 4x 2900.00 MHz

  444.95

• Intel Pentium Gold G7400: 4x 3700.00 MHz

  439.28

• Intel Core i3-3120M: 4x 2500.00 MHz

  438.53

• Intel Core i5-7440HQ: 4x 2801,00 MHz

  438.41

• Intel Core m7-6Y75: 4x 3100,00 MHz

  436.36

• Intel Pentium G3240: 2x 3100.00 MHz

  435.69

• Intel Core i5-3210M: 4x 3100.00 MHz

  431.56

• Intel Pentium G3258: 2x 3200,00 MHz

  422.81

• AMD PRO A8-8600B R6: 4x 1600.00 MHz

  418.71

• Intel Pentium G2130: 2x 3200.00 MHz

  411.36

• Intel Celeron N2920: 4x 1999,00 MHz

  400.60

• Intel Core i5-4570R: 4x 3200.00 MHz

  399.24

#FPU FFT

#FPU FFT

• Intel Xeon X5670: 12x 2927.00 MHz

  110.13

• Intel Core i5-6440HQ: 4x 3500.00 MHz

  109.88

• Intel Xeon L5630 (Dual): 1x 2394.28 MHz + 1x 2394.10 MHz + 13x 2128.09 MHz + 1x 1912.40 MHz

  108.26

• Intel Xeon E3-1275 V2: 8x 3900,00 MHz

  107.63

• AMD Ryzen 7 3700U: 8x 2300.00 MHz

  107.31

• Intel Core i5-3340: 4x 3300.00 MHz

  105.74

• Intel Core i7-3840QM: 4x 3800.00 MHz

  105.37

• Intel Core i5-6400T: 4x 2800.00 MHz

  105.17

• AMD FX-8300: 8x 3300.00 MHz

  102.62

• Intel Xeon E31280: 8x 3900,00 MHz

  102.10

• Intel Xeon E5345 (Dual): 8x 2333.00 MHz

  101.85

• Intel Xeon X5650: 12x 2661.00 MHz

  100.47

• Rockchip RK3588

  4x 2256.00 MHz + 4x 1800.00 MHz

  100.00

• Intel Core i5-1035G1: 8x 3600.00 MHz

  97.62

• Intel Core i7-3615QM: 8x 3300.00 MHz

  96.38

• Intel Core i5-8250U: 8x 3400.00 MHz

  91.19

• AMD Athlon X4 860K: 4x 3700.00 MHz

  89.29

• AMD Phenom II X6 1090T: 6x 3200.00 MHz

  88.50

• Intel Core i7-4960HQ: 8x 3800.00 MHz

  84.18

• Intel Core i7 975: 8x 3334,00 MHz

  82.63

• Intel Core i7 960: 8x 3193.00 MHz

  81.62

• Intel Pentium Gold G6400: 4x 4000.00 MHz

  79.43

• AMD Ryzen 5 3450U: 8x 2100.00 MHz

  77.96

• Intel Core i7-3820QM: 8x 3700,00 MHz

  76.97

• AMD A10-5800K: 4x 3800.00 MHz

  74.81

#FPU Raytracing (Single-thread)

#FPU Raytracing (Single-thread)

• AMD A10-5700: 4x 3400,00 MHz

  1156.45

• Intel Core i3-2120T: 4x 2600,00 MHz

  1154.50

• Intel Core i3-3110M: 4x 2400.00 MHz

  1150.09

• Intel Celeron 3215U: 2x 1700.00 MHz

  1136.10

• AMD Phenom II X6 1090T: 6x 3200.00 MHz

  1130.41

• Intel Xeon X5675 (Dual): 24x 3060.00 MHz

  1121.86

• AMD Opteron X3421: 4x 2100.00 MHz

  1118.20

• Intel Celeron G1620: 2x 2700,00 MHz

  1106.15

• Intel Xeon X3430: 4x 2401.00 MHz

  1102.80

• Intel Pentium Silver N5030: 4x 3100.00 MHz

  1097.13

• Intel Xeon E5620 (Dual): 16x 2527.00 MHz

  1089.37

• AMD A10 PRO-7800B R7: 4x 3500.00 MHz

  1075.76

• Rockchip RK3588

  4x 2256.00 MHz + 4x 1800.00 MHz

  1071.50

• Intel Xeon E5-2630 0: 12x 2800.00 MHz

  1061.40

• AMD FX-6200: 6x 3800,00 MHz

  1048.20

• AMD A10-9600P: 4x 2400.00 MHz

  1040.58

• AMD Athlon II X2 270: 2x 3400,00 MHz

  1019.92

• Intel Xeon E5-2651 v2 (Dual): 48x 2200.00 MHz

  1016.40

• Intel Core i7 930: 8x 2801,00 MHz

  1009.40

• AMD Athlon II X2 280: 2x 3607,00 MHz

  1002.20

• Intel Core i3-2348M: 4x 2300,00 MHz

  984.26

• Intel Celeron N4120: 4x 2600.00 MHz

  981.10

• Intel Celeron 1005M: 2x 1900,00 MHz

  933.56

• Intel Core i7 Q 840: 8x 1867,00 MHz

  927.30

• AMD Athlon II X2 255: 2x 3100,00 MHz

  923.50

#Internal Network Speed

#Internal Network Speed

• AMD Ryzen 7 7435HS: 16x 4553,00 MHz

  57.28

• Intel Xeon w3-2425: 4x 4400.00 MHz + 4x 4300.00 MHz + 4x 4200.00 MHz

  57.21

• Intel Core i3-8350K: 4x 4000.00 MHz

  56.56

• Intel Core i9-11950H: 4x 5000.00 MHz + 12x 4900.00 MHz

  56.28

• Intel Xeon Gold 5122: 8x 3700.00 MHz

  54.98

• Intel Xeon E3-1230 v5: 8x 3800.00 MHz

  53.89

• Intel Core i7-7567U: 4x 4000.00 MHz

  53.44

• AMD Ryzen 9 5900X: 24x 4951.00 MHz

  53.18

• Intel Core i5-9300H: 8x 4100.00 MHz

  52.51

• Intel Core i9-8950HK: 12x 4800.00 MHz

  52.31

• Intel Celeron G6900T: 2x 2800,00 MHz

  51.21

• Intel Xeon Gold 5416S (Dual): 64x 4000.00 MHz

  51.03

• Rockchip RK3588

  4x 2256.00 MHz + 4x 1800.00 MHz

  50.89

• Intel Core i5-11260H: 12x 4400.00 MHz

  50.70

• Intel Xeon E3-1240 v5: 8x 3900,00 MHz

  50.55

• AMD Ryzen 7 7735U: 16x 4819.00 MHz

  50.50

• INTEL XEON SILVER 4514Y (Dual): 64x 3400,00 MHz

  50.41

• AMD Ryzen 7 PRO 6850H: 16x 4787.00 MHz

  50.33

• Intel Core i7-10750H: 12x 5000.00 MHz

  49.05

• AMD Ryzen 9 6900HX: 16x 4935.00 MHz

  48.97

• Intel Xeon E5-2650 v3 (Dual): 40x 3000,00 MHz

  48.61

• Intel Core i7-8705G: 8x 4100.00 MHz

  48.56

• Intel Core i5-4690K: 4x 3500.00 MHz

  47.88

• AMD Ryzen 9 5900XT: 32x 4980.00 MHz

  47.86

• AMD Ryzen 5 7535HS: 12x 4603.00 MHz

  47.42

#SysBench CPU (Single-thread)

#SysBench CPU (Single-thread)

• Intel Core i7-1185G7: 8x 4800.00 MHz

  3214.93

• Intel Core i7-13700T: 4x 4900,00 MHz + 12x 4800,00 MHz + 8x 3600,00 MHz

  3172.00

• Intel N97: 4x 3600,00 MHz

  3167.94

• Intel Xeon Gold 5416S (Dual): 64x 4000.00 MHz

  3167.89

• Intel Core i5-13420H: 8x 4600.00 MHz + 4x 3400.00 MHz

  3166.51

• Intel Core i5-13500H: 8x 4700.00 MHz + 8x 3500.00 MHz

  3165.21

• Intel Core i7-1255U: 4x 4700.00 MHz + 8x 3500.00 MHz

  3147.73

• Intel Core i3-1315U: 4x 4500,00 MHz + 4x 3300,00 MHz

  3105.68

• Intel Core i5-1334U: 4x 4600.00 MHz + 8x 3400.00 MHz

  3086.04

• Intel Core i7-13800H: 4x 5200,00 MHz + 8x 5000,00 MHz + 8x 4000,00 MHz

  2988.00

• Intel Core i7-12650H: 4x 4700.00 MHz + 8x 4600.00 MHz + 4x 3500.00 MHz

  2749.16

• Intel Core i5-1035G4: 8x 3700.00 MHz

  2636.77

• Rockchip RK3588

  4x 2256.00 MHz + 4x 1800.00 MHz

  2578.71

• Intel Core i5-1155G7: 8x 4500.00 MHz

  2539.30

• AMD Ryzen AI 9 H 365: 20x 2000,00 MHz

  2267.00

• AMD Ryzen 7 3800X: 16x 3900.00 MHz

  2124.67

• AMD Ryzen 9 4900H: 16x 3300.00 MHz

  2103.00

• AMD Ryzen 7 4700G: 16x 3600,00 MHz

  1992.00

• AMD Ryzen 5 3500: 6x 4120.00 MHz

  1982.26

• AMD Ryzen Threadripper 2950X: 32x 3500.00 MHz

  1944.00

• AMD Ryzen 5 PRO 4650GE: 12x 3300,00 MHz

  1920.00

• AMD Ryzen 5 3500X: 6x 3600.00 MHz

  1871.71

• AMD Ryzen 5 PRO 4650U: 12x 2100.00 MHz

  1862.23

• AMD Ryzen 5 PRO 2400G: 8x 3600,00 MHz

  1853.50

• AMD Ryzen 7 PRO 4750U: 16x 1700.00 MHz

  1807.78

#SysBench CPU (Multi-thread)

#SysBench CPU (Multi-thread)

• AMD Ryzen 7 4800H: 16x 2900.00 MHz

  16391.77

• Intel Core i5-11260H: 12x 4400.00 MHz

  16382.37

• Intel Core i5-1345U: 4x 4700,00 MHz + 8x 3500,00 MHz

  16336.25

• AMD Ryzen Threadripper 1900X: 16x 3800.00 MHz

  16305.39

• Intel Core i3-1215UL: 4x 4400.00 MHz + 4x 3300.00 MHz

  16129.26

• Intel Xeon w3-2425: 4x 4400.00 MHz + 4x 4300.00 MHz + 4x 4200.00 MHz

  15913.50

• Intel Xeon E5-2680 v3: 24x 2500.00 MHz

  15823.67

• Intel Xeon E5-2673 v3: 24x 2400.00 MHz

  15726.89

• AMD Ryzen 7 PRO 1700X: 16x 3400.00 MHz

  14483.86

• Intel Xeon E5-2620 v3 (Dual): 24x 3200.00 MHz

  14373.04

• Intel Xeon E5-2630 v2 (Dual): 24x 3100.00 MHz

  13940.68

• Intel Core i5-10600KF: 12x 4800.00 MHz

  13821.31

• Rockchip RK3588

  4x 2256.00 MHz + 4x 1800.00 MHz

  13487.63

• Intel Core i7-5960X: 16x 4000.00 MHz

  13430.12

• AMD Ryzen 5 PRO 4650G: 12x 4308.00 MHz

  13326.52

• AMD Ryzen 5 PRO 4650GE: 12x 3300,00 MHz

  12109.00

• AMD Ryzen 7 PRO 4750GE: 16x 3100,00 MHz

  11591.00

• Intel Xeon W-2235: 12x 3800.00 MHz

  11587.74

• Intel Xeon X5570 (Dual): 16x 2927.00 MHz

  11406.38

• AMD Ryzen 5 2600: 2x 3900.00 MHz + 1x 3899.00 MHz + 2x 3898.00 MHz + 1x 3896.00 MHz + 1x 3894.00 MHz + 1x 3891.00 MHz + 1x 3884.00 MHz + 1x 3883.00 MHz + 1x 3860.00 MHz + 1x 3857.00 MHz

  11350.71

• Intel Core i7-10750H: 12x 5000.00 MHz

  11202.39

• Intel Core i7-9700: 8x 4700.00 MHz

  10715.85

• Intel Core i3-1125G4: 8x 3700.00 MHz

  10266.59

• Qualcom SD-720G: 2x 2323.00 MHz + 6x 1804.00 MHz

  10036.00

• Intel N97: 4x 3600,00 MHz

  9988.52

#SysBench Memory (Single-thread)

#SysBench Memory (Single-thread)

• Intel Core m5-6Y54: 4x 2700.00 MHz

  3948.40

• Intel Core i5-2450M: 4x 2500.00 MHz

  3930.16

• Intel Xeon E5-2648L v2: 20x 2500.00 MHz

  3819.84

• Intel Core i5 M 520: 4x 2400.00 MHz

  3816.14

• Intel Pentium G620: 2x 2600.00 MHz

  3734.14

• AMD FX-8320E: 8x 3800,00 MHz

  3580.17

• AMD Athlon II X2 280: 2x 3607,00 MHz

  3575.00

• Intel Core i3-5010U: 4x 2000.00 MHz

  3519.48

• Intel Xeon L5630 (Dual): 16x 2134,00 MHz

  3499.00

• Intel Core 2 Quad Q9300: 4x 2500,00 MHz

  3444.00

• AMD A6-9500: 2x 3500.00 MHz

  3398.12

• Intel Pentium E5200: 2x 2495.00 MHz

  3397.45

• Rockchip RK3588

  4x 2256.00 MHz + 4x 1800.00 MHz

  3388.11

• RockChip RK3588 (Pi5B): 4x 2400.00 MHz + 4x 1800.00 MHz

  3341.70

• Intel Core i3 M 370: 4x 2399.00 MHz

  3341.38

• Intel Pentium 3805U: 2x 1900.00 MHz

  3317.80

• AMD A8-5500: 4x 3200,00 MHz

  3307.00

• Intel Core i7-7920HQ: 8x 4100.00 MHz

  3298.01

• AMD Ryzen 5 5500U: 12x 4056.00 MHz

  3240.18

• Intel Pentium 3825U: 4x 1900,00 MHz

  3216.81

• Intel Xeon E5606 (Dual): 8x 2128.00 MHz

  3208.71

• AMD Athlon II X4 630: 4x 2800,00 MHz

  3092.00

• Intel Celeron 3865U: 2x 1800.00 MHz

  3033.78

• Intel Pentium 3558U: 2x 1700.00 MHz

  2992.53

• AMD FX-8150: 8x 3600,00 MHz

  2992.00

#SysBench Memory (Multi-thread)

#SysBench Memory (Multi-thread)

• Intel Core i7-4710MQ: 8x 3500.00 MHz

  13142.21

• Intel Core Ultra 5 225: 6x 5000.00 MHz + 4x 4400.00 MHz

  13121.21

• Intel Core i5-8600: 6x 4300.00 MHz

  13055.82

• Intel Core i7-6700HQ: 8x 3500.00 MHz

  12869.22

• Intel Xeon W-3223: 4x 4200.00 MHz + 12x 4000.00 MHz

  12746.51

• Intel Core i5-9400: 6x 4100.00 MHz

  12697.92

• AMD Ryzen 9 7900X: 24x 5733.00 MHz

  12543.94

• Intel Core i3-3225: 4x 3300.00 MHz

  12523.33

• Intel Core i5-3380M: 4x 3600.00 MHz

  12426.10

• Intel Xeon X5687 (Dual): 1x 3592.96 MHz + 1x 3590.81 MHz + 1x 3590.79 MHz + 8x 3590.79 MHz + 1x 3590.77 MHz + 1x 3589.21 MHz + 1x 3451.98 MHz + 1x 3391.67 MHz + 1x 2999.73 MHz

  12340.74

• AMD Ryzen Threadripper PRO 5995WX: 128x 4573.00 MHz

  12319.45

• Intel Core i5-1245U: 4x 4400.00 MHz + 8x 3300.00 MHz

  12241.41

• Rockchip RK3588

  4x 2256.00 MHz + 4x 1800.00 MHz

  12189.97

• Intel Core i7-8650U: 8x 1900.00 MHz

  12155.33

• Intel Core i5-3570: 4x 3800.00 MHz

  12006.74

• Intel Xeon W-2133: 12x 3900.00 MHz

  11827.11

• Intel Core i3-4330: 4x 3500.00 MHz

  11765.98

• Intel Xeon E3-1225 V2: 4x 3600.00 MHz

  11699.07

• Intel Core i5-4278U: 4x 3100.00 MHz

  11657.59

• Intel Core i3-8130U: 4x 3400.00 MHz

  11582.86

• Intel Core i7-2670QM: 8x 3100.00 MHz

  11230.42

• Intel Core i7-4850HQ: 8x 3500.00 MHz

  11155.72

• Intel Core i5-4570: 4x 3600.00 MHz

  11046.39

• Intel Core i5-4690T: 4x 3500,00 MHz

  10971.00

• Intel Xeon X5677 (Dual): 16x 3459.00 MHz

  10920.35

#GPU Drawing

#GPU Drawing

• NVIDIA GeForce GTX 950M: 490.04
• Intel HD 6000: 488.86
• AMD REDWOOD: 486.50
• NVIDIA G84M: 486.23
• Intel CoffeeLake-H GT2: 484.86
• Intel 82G965 Integrated: 482.29
• NVIDIA GeForce GT 630: 481.27
• NVIDIA GeForce MX150: 480.00
• NVIDIA GeForce 8400 GS Rev. 2: 478.98
• Glenfly Arise-GT10C0: 475.50
• NVIDIA RTX A6000: 472.59
• AMD Raven Ridge: 472.36

• Integrated (Rockchip RK3588)

  466.97

• Intel Arc A750: 460.73
• NVIDIA GeForce GTX 980: 458.44
• NVIDIA GeForce RTX 2080 Ti Rev. A: 454.39
• NVIDIA GeForce GTX TITAN X: 452.45
• AMD Radeon R7 360: 447.74
• Intel Arc B570: 447.20
• Intel Meteor Lake-P: 445.66
• NVIDIA GeForce 320M: 443.68
• Quadro M4000M: 443.53
• AMD Custom GPU 0932: 443.06
• Quadro K2000: 441.24
• NVIDIA GeForce GTX 750 v2: 438.25

#GPU OpenGL Drawing

#GPU OpenGL Drawing

• ATI RV350: 70.86
• NVIDIA GeForce 7600 GT: 70.25
• NVIDIA Quadro FX 880M: 64.58
• NVIDIA UHD 710: 63.75
• AMD PALM: 62.99
• NVIDIA GeForce GTX 570 Rev. 2: 62.57
• ATI RS600: 60.61
• NVIDIA GeForce GTX 560 Ti: 58.20
• NVIDIA GeForce GTX 670M: 57.71
• NVIDIA Quadro NVS 290: 55.51
• NVIDIA Quadro FX 1800: 53.89
• NVIDIA GeForce Go 6600: 52.64
• NVIDIA GeForce 8600M GS: 49.22
• Intel 965GM: 49.00
• NVIDIA GeForce G102M: 47.94
• ATI RV370: 46.92
• NVIDIA GeForce 9300M GS: 45.91
• NVIDIA GeForce 8800M GTS: 42.98
• NVIDIA GeForce 9200M GS: 41.33
• NVIDIA GeForce 505: 40.13
• NVIDIA Quadro NVS 135M: 34.80

• Integrated (Rockchip RK3588)

  32.81

• NVIDIA Quadro NVS 160M: 28.76
• NVIDIA GeForce 6200: 25.22
• NVIDIA GeForce 7150M / nForce 630M: 20.57

#GPU Vulkan Drawing

#GPU Vulkan Drawing

• AMD RS780: 91.19
• NVIDIA GeForce GT 630 Rev. 2: 91.00
• BONAIRE: 86.92
• GeForce 9800 GT: 86.48
• AMD RV610: 85.56
• NVIDIA GeForce 9200M GS: 67.00
• NVIDIA NVS 3100M: 67.00
• NVIDIA Quadro 2000: 65.00
• Intel G41: 61.55
• NVIDIA GeForce RTX 5080: 60.52
• NV86: 58.00
• NVIDIA GeForce 9300M GS: 58.00

• Integrated (Rockchip RK3588)

  52.54

• NVIDIA GeForce 8800 GS: 51.49
• NVIDIA GeForce 9400M: 51.00
• NVIDIA GeForce 9400: 51.00
• NVIDIA GeForce 9300 GE: 47.00
• Intel GM45: 46.09
• NVIDIA GeForce GT 220M: 46.00
• GeForce 8400M GS: 44.00
• NVIDIA GeForce GT 130: 43.00
• AMD BC-250: 41.67
• NVIDIA GeForce G102M: 41.00
• NVIDIA GeForce 7025 / nForce 630a: 37.00
• Intel G45/G43: 35.19

#Storage R/W Speed

#Storage R/W Speed

• Lexar 120GB SSD: 232.77
• 120GB SSD: 230.45
• TEAM TM4PS7512G: 227.16
• Samsung APPLE SSD SM256C: 225.91
• SSD 1T: 225.42
• Kingston SA400M8240G: 223.67
• R5SL120G: 221.37
• Apacer AS510S 64GB: 219.12
• SanDisk SSD PLUS 2000GB: 212.39
• LITE-ON LITEON CV1-8B128: 210.69
• Fanxiang S101 1TB: 205.17
• TS128GSSD370S: 204.76

• NoHomePath

  204.11

• TEAM T2532TB: 203.35
• ADATA SU655: 199.82
• R5SL480G: 196.27
• SEAGATE ST1000VX000-1ES162: 192.29
• MMC64G: 190.31
• Micron M4-CT064M4SSD2: 185.86
• M.2 1TB: 180.36
• Toshiba THNSFK128GCS8: 174.44
• Q500S 120GB: 168.20
• SEAGATE ST1000DM010-2EP102: 164.91
• SEAGATE ST1000LX015-1U7172: 163.34
• SCA64G: 153.28

#Cache/Memory

#Cache/Memory

• Intel Core i7-2600K: 28754.00

  8x 6300.00 MHz

• Intel Core i7-2600S: 27688.41

  8x 3800.00 MHz

• Intel Xeon E5-2637 v2: 27624.03

  8x 3800,00 MHz

• Intel Core i7-3720QM: 26741.11

  8x 3600,00 MHz

• Intel Core i3-3225: 26109.95

  4x 3300.00 MHz

• Intel Core i7 870: 24755.71

  8x 2934,00 MHz

• AMD Ryzen Embedded R1505G: 24321.46

  4x 2400,00 MHz

• AMD Ryzen 3 3300U: 24105.07

  4x 2100.00 MHz

• Intel Core i3-5020U: 23943.94

  4x 2100,00 MHz

• Intel Core i5-2300: 23768.91

  4x 3100,00 MHz

• Intel Core i7-3930K: 23608.44

  12x 3800.00 MHz

• Intel Xeon W5590: 23399.02

  1x 3459,00 MHz + 3x 3457,00 MHz

• Rockchip RK3588

  22913.70

  4x 2256.00 MHz + 4x 1800.00 MHz

• Intel Celeron 7305: 22897.80

  1x 1100.00 MHz + 4x 900.00 MHz

• Rockchip RK3588: 22794.23

  4x 2400.00 MHz + 4x 1800.00 MHz

• Intel Xeon E3-1265L V2: 22682.70

  8x 3500.00 MHz

• Intel Pentium G850: 22108.01

  2x 2900,00 MHz

• Intel Core i7-2635QM: 21742.69

  8x 2900.00 MHz

• AMD A10-7890K: 21515.28

  4x 4100,00 MHz

• Intel Core i3-3130M: 21499.68

  4x 2600,00 MHz

• Intel Core i3 550: 21391.34

  4x 3200,00 MHz

• Intel Xeon E5-1603 0: 21142.39

  4x 2800.00 MHz

• Intel Core i7-3610QM: 21127.43

  8x 2300.00 MHz

• Intel Celeron N5095A: 21120.74

  4x 2900,00 MHz

• AMD Ryzen 3 2200U: 21062.17

  4x 2500.00 MHz

#VPC-3588 Mainboard Specification

#Changelog

• 1.0.0 — 2023-04-24: Chinese and English merged version.
• 1.0.1 — 2023-05-26: Reset button update to the mainboard picture; increased system interface definitions.
• 1.1.0 — 2023-06-16: Updated based on V2.0 hardware version.
• 1.1.1 — 2023-08-07: Updated description of the extended serial port and PCIe×4 hard disk slot.

#Contents

1. RK3588 Brief
2. Product Overview
3. Specification List
4. Interface Definition
5. Physical Size
6. Assemble Precautions
7. Software Guide

---

#1. RK3588 Brief

• CPU: Octa-core 64-bit big.LITTLE (4× Cortex-A76 + 4× Cortex-A55), up to 2.4 GHz (8 nm).
• GPU: ARM Mali-G610 MC4; supports OpenGL ES 1.1/2.0/3.1/3.2, OpenCL 1.1/1.2/2.0, Vulkan 1.1/1.2; 2D acceleration.
• NPU: 6 TOPS; supports INT4/INT8/INT16/FP16/BF16/TF32.
• Multimedia: Decode H.265/H.264/AV1/VP9/AVS2 up to 8K@60 fps; encode H.264/H.265 up to 8K@30 fps.
• Display: Multi-display up to 8K@60 fps; interfaces: eDP/DP/HDMI 2.1/MIPI.
• Video input: MIPI CSI-2 (4×4 lanes or 4×2 + 2×4 lanes) and DVP; 32 MP ISP with HDR/3DNR; HDMI 2.0 input up to 4K@60 fps.
• High-speed I/O: PCIe 3.0/2.0, SATA 3.0, RGMII, USB Type-C, USB 3.1/2.0. Note: CPU internal features; board support depends on described interfaces.

#2. Product Overview

The VPC-3588 mainboard uses Rockchip RK3588 (low-power, high-performance) with 4×A76 + 4×A55 and Mali-G610 MC4 up to 2.4 GHz. It supports 8K@60 fps decode and 8K@60 fps output. The compact design targets ultra-thin applications, integrating easily into final products such as digital signage, touch systems, consumer electronics, and entertainment systems.

#3. Specification List

Function / Interface	Detailed Description
CPU	RK3588 (4×A76 + 4×A55), up to 2.4 GHz
DDR	LPDDR4 2 GB (options: 4/8/16/32 GB)
Storage	On-board eMMC 16 GB (scalable to 128 GB)
LVDS	30-pin dual LVDS (VESA/JEITA) up to 1080p
MIPI-DSI	31-pin FPC up to 1920×1200
HDMI Output	HDMI 2.1 up to 8K
HDMI Input	HDMI 2.0/1.4b up to 1080p@60
eDP	20-pin, 1–4 lanes up to 4K@60 (optional)
VGA Output	DB-15 + 9-pin header up to 1080p
4K LCD (VBO)	51-pin VBO display interface
Amplifier Output	Dual 6 W @ 8 Ω
Headphone Out	Stereo (3.5 mm jack)
MIC In	Differential MIC (3.5 mm jack)
USB	4 horizontal (USB 3.0 Host×3 + USB 3.0 OTG×1), 1 vertical USB 3.0; 7 pin-headers (USB 2.0 Hub×6 + USB 2.0 Host×1 direct)
Serial Ports	1× TTL; 2× TTL/RS-232/RS-485; 2× TTL/RS-232; 4× extended TTL/RS-232
Camera	USB camera up to 8 MP
Wi-Fi	SDIO Wi-Fi 6 (802.11a/b/g/n/ac/ax), 2.4/5 GHz
Bluetooth	Serial BT supporting v2.1+EDR/v3.0/v3.0+HS/v4.0/v5.0
Ethernet	1× RJ45 10/100/1000M + 4-pin PoE header
m-PCIe 4G	1× industry-standard m-PCIe
Backlight Control	2× headers (LVDS & eDP) with on/off and brightness control
GPIO	Up to 8× GPIO (3.3 V)
I²C Bus	I²C header (e.g., capacitive touch)
Security	1× Tamper port
mSATA	1× standard mSATA
SATA	4× SATA 3.0 + power headers
PCIe SSD	1× 64-pin splint PCIe x4 hard-disk socket (optional)
RTC	CR1220, low-power RTC with timer/alarm
LED	Red: standby; Green: running
Fans	SYS fan power; CPU fan power
Buttons	Recovery, Power, Reset
DC Input	9–15 V DC
Environment	−20 °C to 70 °C; 0–95% RH (non-condensing)
Size	170×170×17 mm; PCB top height 15.5 mm
OS	Android 12; Linux Qt / Ubuntu 20.04 / Debian 11

#4. Interface Definition

#J1 — DC-12 V Socket

• Barrel jack: positive outer, negative inner; inner pin Ø 2.0 mm, outer ring Ø 5.5 mm.

#J2 — Micro-SIM Card Socket

• Standard Micro-SIM. Insert with the gap facing outward.

#J3 — SATA Power Supply Header 2 (SIP 2.0 mm; square pad = Pin 1)

Pin	Definition	Note
1	12V	Power output 12 V
2	GND	Power ground
3	GND	Power ground
4	5V	Power output 5 V
Note: Max output current for 12 V and 5 V is ≤ 1 A. For 3.5″ HDDs, use external power if needed.

#J4 — SATA Power Supply Header 1 (SIP 2.0 mm; square pad = Pin 1)

Pin	Definition	Note
1	12V	Power output 12 V
2	GND	Power ground
3	GND	Power ground
4	5V	Power output 5 V
Note: Same current limits as J3.

#J5 — I²C Bus Header (SIP 2.0 mm; square pad = Pin 1)

Pin	Definition	Note
1	GND	Digital ground
2	INT	Interrupt in (3.3 V)
3	SDA	I²C data
4	SCL	I²C clock
5	RST	Mainboard reset out (3.3 V)
6	3V3	+3.3 V power out

#J6 — m-PCIe 4G Socket

• Standard m-PCIe 4G; USB signals sourced from Hub USB-6.

#J7 — 3-Pole Headphone Out (CTIA 3.5 mm)

• Supports insert detection for speaker mute.

#J8 — CAN Header 0 (SIP 2.0 mm; square pad = Pin 1)

Pin	Definition
1	VSS (DGND)
2	L (Data)
3	H (Data)
4	VCC (default 3.3 V; 5 V optional)
Note: Software interface can0. Requires U9500 populated.

#J9 — Speaker Header (SIP 2.0 mm; square pad = Pin 1)

Pin	Definition
1	R+
2	R−
3	L−
4	L+

#J10 — HDMI Output

• Standard HDMI out.

#J12 — CAN Header 1 (SIP 2.0 mm; square pad = Pin 1)

Pin	Definition
1	VSS (DGND)
2	L (Data)
3	H (Data)
4	VCC (default 3.3 V; 5 V optional)
Note: Software interface can1. Populate U9828. For dual CAN, populate U9500 (CAN0) + U9828 (CAN1).

#J13 — KIO Keypad Header (SIP 2.0 mm; square pad = Pin 1)

Pin	Definition
1	3V3
2	K1 (GPIO #152)
3	K2 (GPIO #153)
4	K3 (GPIO #154)
5	K4 (GPIO #155)
6	K5 (GPIO #156)
7	K6 (GPIO #157)
8	K7 (GPIO #129)
9	K8 (GPIO #130)
10	GND

#J14 — Front Panel Header (DIP 2.54 mm; square pad = Pin 1)

Pin	Definition	Pin	Definition
1	HD+ (Run LED +)	2	LED+ (Power LED +)
3	HD− (Run LED −)	4	LED− (Power LED −)
5	RES−	6	PW−
7	RES+	8	PW+
9	GND	10	Null

#J15 — LVDS Header (DIP 2.0 mm; square pad = Pin 1)

Pin	Definition	Pin	Definition
1	VLCD	2	VLCD
3	VLCD	4	GND
5	GND	6	GND
7	RXO0−	8	RXO0+
9	RXO1−	10	RXO1+
11	RXO2−	12	RXO2+
13	GND	14	GND
15	RXOC−	16	RXOC+
17	RXO3−	18	RXO3+
19	RXE0−	20	RXE0+
21	RXE1−	22	RXE1+
23	RXE2−	24	RXE2+
25	GND	26	GND
27	RXEC−	28	RXEC+
29	RXE3−	30	RXE3+

#J17 — PoE PD Header (SIP 2.0 mm; square pad = Pin 1)

Pin	Definition
1	CT1 (Transformer Center 1)
2	CT2
3	CT3
4	CT4
Note: Power for the PoE receiver comes via J61 (Ethernet). Requires external PoE PD board to convert to 12 V. Supported: 1/2(+) & 3/6(−) or 4/5(+) & 7/8(−).

#J18 — HDMI Input

• Standard HDMI input.

#J19 — LVDS Backlight Control (SIP 2.0 mm; square pad = Pin 1)

Pin	Definition	Note
1	12V	If > 2 A, use external 12 V
2	12V	If > 2 A, use external 12 V
3	EN	Default output 5 V
4	ADJ	3.3 V square wave (1 kHz)
5	GND	Power ground
6	GND	Power ground

#J20 — eDP Header (DIP 2.0 mm; square pad = Pin 1)

Pin	Definition	Pin	Definition
1	VLCD	2	VLCD
3	GND	4	GND
5	TX0−	6	TX0+
7	TX1−	8	TX1+
9	TX2−	10	TX2+
11	TX3−	12	TX3+
13	GND	14	GND
15	AUX−	16	AUX+
17	GND	18	GND
19	3.3V	20	NC

#J21 — eDP VLCD Voltage Select (DIP 2.0 mm; square pad = Pin 1)

• Short 1–2 → VLCD @ 12 V (J20)
• Short 3–4 → VLCD @ 5 V (J20)
• Short 5–6 → VLCD @ 3.3 V (J20) Set according to panel requirements. Incorrect settings may damage panel/board.

#J22 — Wi-Fi Antenna IPEX

• Standard IPEX 3 dBi connector (⌀ 2.0 mm).

#J23 — MIPI Panel FPC (FPC-0.3 mm, 31-pin, Top/Bottom contact)

Pin	Definition	Pin	Definition
1	LED+	2	LED+
3	LED+	4	NC
5	LED−	6	LED−
7	LED−	8	LED−
9	GND	10	GND
11	MIPI_D2P	12	MIPI_D2N
13	GND	14	MIPI_D1P
15	MIPI_D1N	16	GND
17	MIPI_CKP	18	MIPI_CKN
19	GND	20	MIPI_D0P
21	MIPI_D0N	22	GND
23	MIPI_D3P	24	MIPI_D3N
25	GND	26	VDD-1V8 (default NC; fit R9232 = 0 Ω to enable)
27	RESET (1.8 V)	28	GND
29	VDD-1V8	30	VDD-3V3
31	VDD-3V3
Backlight current default ≈ 160 mA. With (200/160)×2 ≈ 2.5 Ω, use 2× 2.49 Ω 0603 for R117 and R9223.

#J24 — eDP Backlight Control (SIP 2.0 mm; square pad = Pin 1)

Pin	Definition	Note
1	12V	If > 2 A, use external 12 V
2	12V	If > 2 A, use external 12 V
3	EN	Default output 5 V
4	ADJ	3.3 V square wave (1 kHz)
5	GND	Power ground
6	GND	Power ground

#J25 — DC-12 V Input Header (SIP 2.54 mm; square pad = Pin 1)

Pin	Definition
1	GND
2	GND
3	12V (input)
4	12V (input)
Same input as J1/J39.

#J26 — VGA Output Jack

• DB-15 VGA output.

#J27 — Dual-Tier LED

• Lower LED: power; Upper LED: software-controlled activity.

#J29 — USB 2.0 DIP Header (DIP 2.54 mm; square pad = Pin 1)

Pin	Definition	Pin	Definition
1	5V	2	5V
3	D−	4	D−
5	D+	6	D+
7	GND	8	GND
9	Null	10	GND
Hub×7 expansion of USB20_HOST1.

#J30 — USB 2.0 DIP Header (DIP 2.54 mm; square pad = Pin 1)

Pin	Definition	Pin	Definition
1	5V	2	5V
3	D−	4	D−
5	D+	6	D+
7	GND	8	GND
9	Null	10	GND
Hub×7 expansion of USB20_HOST1.

#J31 — USB 2.0 Host Header (SIP 2.0 mm; square pad = Pin 1)

Pin	Definition
1	GND
2	D+
3	D−
4	5V
Hub×7 expansion of USB20_HOST1.

#J33 — USB 2.0 Host Header (SIP 2.0 mm; square pad = Pin 1)

Pin	Definition
1	GND
2	D+
3	D−
4	5V
Hub×7 expansion of USB20_HOST1.

#J34 — USB 2.0 Host Direct (SIP 2.0 mm; square pad = Pin 1)

Pin	Definition
1	GND
2	D+
3	D−
4	5V
Direct from USB20_HOST0.

#J35 — Double USB 3.0 Type-A

#J36 — USB 3.0 Type-A

#J37 — Dual USB 3.0 Type-A

• Note (J37): Upper port = OTG pass-through (default firmware flashing/debug); Lower port = USB 3.0 1×4 Hub group.

#J38 — LVDS VLCD Voltage Select (DIP 2.0 mm; square pad = Pin 1)

• Short 1–2 → VLCD @ 12 V (J15)
• Short 3–4 → VLCD @ 5 V (J15)
• Short 5–6 → VLCD @ 3.3 V (J15) Set per panel; incorrect settings can cause damage.

#J39 — DC-12 V Input Header (SIP 2.0 mm; square pad = Pin 1)

Pin	Definition
1	12V DC in (9–15 V)
2	12V DC in (9–15 V)
3	GND
4	GND

#J40 — mSATA Socket

• Standard mSATA module support.

#J41 — SYS Fan Power (SIP 2.0 mm; square pad = Pin 1, GPIO #76 low-active)

Pin	Definition
1	GND
2	12V (switched)

#J42 — CPU Fan Power (SIP 2.0 mm; square pad = Pin 1, GPIO #77 low-active)

Pin	Definition
1	GND
2	12V (switched)

#J43–J46 — SATA Data Sockets 1–4

• Standard 7-pin SATA data.

#J47 — MIC-IN Header (SIP 2.0 mm; square pad = Pin 1)

Pin	Definition
1	DET (Mic detect)
2	MIC-R (Right)
3	GND

#J48 — VBO 4K LCD Cable Socket

• I-PEX, 0.5 mm, 51-pin (bottom contact; square pad = Pin 1).

#J49 — Tamper Header (SIP 2.0 mm; square pad = Pin 1)

Pin	Definition
1	− (Line cathode)
2	+ (High/low input; read 1/0; SW GPIO #10)

#J50 — Data Serial Port 0 (SIP 2.0 mm; square pad = Pin 1)

• Default level: RS-485; configurable to TTL/RS-232. RS-232 if U9825 mounted; RS-485 if U9858 mounted. Device node: /dev/ttyS0. | Pin | Definition | |—:|—| | 1 | GND | | 2 | RX|A (TTL/RS-232/RS-485) | | 3 | TX|B (TTL/RS-232/RS-485) | | 4 | VCC (3.3 V default; 5 V option) |

#J51 — Data Serial Port 2 (SIP 2.0 mm; square pad = Pin 1)

• Level: TTL only. Device node: /dev/ttyS2. | Pin | Definition | |—:|—| | 1 | GND | | 2 | RX (TTL) | | 3 | TX (TTL) | | 4 | VCC (3.3 V default; 5 V option) | Note: If repurposing the debug UART, custom software is required. Startup logs are output for the first ~5 s at power-on; peer must handle this.

#J52 — Data Serial Port 3 (SIP 2.0 mm; square pad = Pin 1)

• Default level: TTL; configurable to RS-232/RS-485. RS-232 if U9825; RS-485 if U9823. Device node: /dev/ttyS3. | Pin | Definition | |—:|—| | 1 | GND | | 2 | RX|A (TTL/RS-232/RS-485) | | 3 | TX|B (TTL/RS-232/RS-485) | | 4 | VCC (3.3 V default; 5 V option) |

#J53 — Data Serial Port 5 (SIP 2.0 mm; square pad = Pin 1)

• Default level: RS-232; configurable to TTL (RS-232 if U9826). Device node: /dev/ttyS5. | Pin | Definition | |—:|—| | 1 | GND | | 2 | RX (TTL/RS-232) | | 3 | TX (TTL/RS-232) | | 4 | VCC (3.3 V default; 5 V option) |

#J54 — Data Serial Port 8 (SIP 2.0 mm; square pad = Pin 1)

• Default level: RS-232; configurable to TTL (RS-232 if U9826). Device node: /dev/ttyS8. | Pin | Definition | |—:|—| | 1 | GND | | 2 | RX (TTL/RS-232) | | 3 | TX (TTL/RS-232) | | 4 | VCC (3.3 V default; 5 V option) |

#J55 — Extended Serial Port 1 (SIP 2.0 mm; square pad = Pin 1)

• TTL 3.3 V optional; configurable to RS-232 (U36). Device node: /dev/ttyP0. | Pin | Definition | |—:|—| | 1 | GND | | 2 | RX (TTL/RS-232) | | 3 | TX (TTL/RS-232) | | 4 | VCC (3.3 V default; 5 V option) |

#J56 — Extended Serial Port 2 (SIP 2.0 mm; square pad = Pin 1)

• TTL 3.3 V optional; configurable to RS-232 (U36). Device node: /dev/ttyP1. | Pin | Definition | |—:|—| | 1 | GND | | 2 | RX (TTL/RS-232) | | 3 | TX (TTL/RS-232) | | 4 | VCC (3.3 V default; 5 V option) |

#J57 — Extended Serial Port 3 (SIP 2.0 mm; square pad = Pin 1)

• TTL 3.3 V optional; configurable to RS-232 (U37). Device node: /dev/ttyP2. | Pin | Definition | |—:|—| | 1 | GND | | 2 | RX (TTL/RS-232) | | 3 | TX (TTL/RS-232) | | 4 | VCC (3.3 V default; 5 V option) |

#J58 — Extended Serial Port 4 (SIP 2.0 mm; square pad = Pin 1)

• TTL 3.3 V optional; configurable to RS-232 (U37). Device node: /dev/ttyP3. | Pin | Definition | |—:|—| | 1 | GND | | 2 | RX (TTL/RS-232) | | 3 | TX (TTL/RS-232) | | 4 | VCC (3.3 V default; 5 V option) |

#J59 — MIC-IN Jack

• 3.5 mm; supports 2-segment and 3-segment microphones.

#J60 — Audio Extension Interface (Front-panel audio; DIP 2.54 mm; square pad = Pin 1)

Pin	Definition	Pin	Definition
1	MIC-L	2	GND
3	MIC-R	4	SENSE
5	HP-R	6	MIC-DEL
7	GND	8	Null
9	HP-L	10	HP-DEL

#J61 — RJ45 Internal Gigabit Ethernet

• Internal RJ45 jack.

#J62 — VGA Output Header (DIP 2.54 mm; square pad = Pin 1)

Pin	Definition	Pin	Definition
1	RED	2	GND
3	GRN	4	GND
5	BLUE	6	GND
7	HS	8	DATA
9	VS	10	CLK

#PCIe×4 — 64-Pin Splint Hard-Disk Socket

• PCIe x4 slot mainly for PCIe SSD expansion.

#Recovery Mode Button (SW1)

• Hold ~3 s during power-on to enter recovery.

#System Reset Button (SW2)

• Click to reboot.

---

#5. Physical Size

• PCB: 170 mm × 170 mm; mounting hole Ø 3.3 mm.
• For detailed dimensions, request the DXF from the manufacturer.

#6. Assemble Precautions

1. Relative humidity: 10–90%, non-condensing.
2. Operating temperature: −20 °C to 70 °C.
3. Storage temperature: −40 °C to 70 °C.
4. Use ESD protection during assembly/transport.
5. Keep interface cables short to maintain signal integrity.
6. Do not bend or stress the board during assembly.
7. Avoid shorts between the mainboard and peripherals.
8. For LVDS/eDP panels: verify panel voltage/current and connector Pin-1 orientation.
9. For backlight: verify required voltage and current.
10. For USB/GPIO/Serial/I²C/SPI/HDMI, ensure peripheral I/O levels and current are compatible. Power pins on general headers ≤ 100 mA; USB power pins ≤ 500 mA.
11. Supply power via the power input jack/header and size current budget for total peripherals. Do not power from the backlight connector.
12. Communication modules should be ≥ 5 mm from metal housings to reduce interference.

#7. Software Guide

• The mainboard supports dual/triple-display combinations among LVDS/eDP/MIPI/HDMI/VGA. For specific multi-display combos, obtain the corresponding patches from the manufacturer.

Serial device nodes:

Port	Device Node
J50	/dev/ttyS0
J51	/dev/ttyS2
J52	/dev/ttyS3
J53	/dev/ttyS5
J54	/dev/ttyS8
J55	/dev/ttyP0 or /dev/ttyS10
J56	/dev/ttyP1 or /dev/ttyS11
J57	/dev/ttyP2 or /dev/ttyS12
J58	/dev/ttyP3 or /dev/ttyS13