Ovu412000/00 With Asus Antenna Rating: 7,4/10 3367 reviews

File Name: ovu412000-00.exe Version: 2.2.7 Driver Date: 07 April 2014 File Size: 13,216 KB.

  1. Ovu412000/00 With Asus Antenna Guide
  2. Ovu412000/00 With Asus Antenna System
ASUS Tinker Board
Type90MB0QY1-M0EAY0
Release dateApril 19, 2017
Introductory priceabout US$59.99
Operating systemTinkerOS (a Debian Linux derivative), Armbian (Debian or Ubuntu derivative), Android
System-on-chip usedRockchip RK3288
CPU1.8 GHz 32-bit quad-coreARM Cortex-A17
Memory2GB Dual Channel DDR3
StorageMicroSDHC UHS-1 slot
GraphicsARM Mali-T764 GPU - Supports 1080 & 4K
WebsiteASUS specifications page

The ASUS Tinker Board is a single board computer launched by ASUS in early 2017. Its physical size and GPIO pinout are designed to be compatible with the second-generation and later Raspberry Pi models. The first released board features 4K video, 2GB of onboard RAM, gigabit Ethernet and a Rockchip RK3288 processor running at 1.8 GHz.[1]

  1. Jul 15, 2018  Thank you ovu412000 00 much everyone for your replies! Yes, my password is: Do you already have an account? Selecting Cable instead of Antenna gets me ovu412000 00 extra analogue channel which had a weaker signal, but no digital channels.
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Specifications[edit]

ModelTinker BoardTinker Board S
Release DateApril 2017January 2018
SoCRockchip RK3288
ArchitectureARMv7-A(32-bit)
CPUQuad core 1.8 GHz ARM Cortex-A17 (up to 2.6GHZ turbo clock speed) (32-bit)
GPU600 MHz Mali-T760 MP4 GPU
RAM2GB dual channelLPDDR3
Storageremovable MicroSD slot ( supporting SD 3.0 )16GB eMMC + removable MicroSD slot ( supporting SD 3.0 )
Video outputfull size HDMI 1.4, MIPI-DSI (compatible with the Raspberry Pi 7' display and others)full size HDMI 1.4 (CEC support added), MIPI-DSI (compatible with the Raspberry Pi 7' display and others)
Video inputMIPI-CSI camera
AudioRTL ALC4040 HD CODEC, Play: 24bit/192kHz, Record: 24bit/96kHz

3.5 mm audio jack ( supporting line out and microphone in )

RTL ALC4040 HD CODEC, Play: 24bit/192kHz, Record: 24bit/96kHz

3.5 mm audio jack ( supporting line out and microphone in, Plug-in Detection and Auto-Switch )

Other IO40-pin header with:
  • up to 28 x GPIO pins
  • up to 2 x SPI bus
  • up to 2 x I2C bus
  • up to 4 x UART
  • up to 2 x PWM
  • up to 1 x PCM/I2S
  • 2 x 5V power pins
  • 2 x 3.3V power pins
  • 8 x ground pins

1 x 2-pin contact pin :

  • 1 x PWM
  • 1 x S/PDIF
40-pin header with:
  • up to 28 x GPIO pins
  • up to 2 x SPI bus
  • up to 2 x I2C bus
  • up to 4 x UART
  • up to 2 x PWM
  • up to 1 x PCM/I2S (Enhanced I2S pin with Slave mode)
  • 2 x 5V power pins
  • 2 x 3.3V power pins
  • 8 x ground pins

1 x 2-pin contact pin :

  • 1 x PWM
  • 1 x S/PDIF

1 x 2-pin Power-on Header

USB4 x USB 2.0 ports
NetworkingGigabit LAN ( not shared with USB bus )
WirelessBluetooth V4.0 + EDR, 802.11 b/g/n Wi-Fi, with IPEX antenna header
PowerMicro-USB; due to Micro-USB power delivery limitations, powering over GPIO is suggested [2][3]
Form Factor3.37 inch x 2.125 inch ( 8.55 cm x 5.4 cm )
Weight55g
Operating Systems
  • TinkerOS (a Debian Linux derivative)
  • Android 6
  • Android 7
  • LibreELEC 9[4]
NotesThe specifications provided by Asus[5]
Ovu412000/00 With Asus Antenna

Ovu412000/00 With Asus Antenna Guide

History[edit]

ASUS's intent to release a single board computer was leaked shortly after CES 2017[6] on SlideShare.[7] ASUS originally planned for a late February 2017 release, but a UK vendor broke the embargo and began advertising and selling boards starting on 13 February 2017, before ASUS's marketing department was ready.[8] ASUS subsequently pulled the release; the Amazon sales page was changed to show a 13 March 2017 release date, but was later removed entirely.[9] However, as of 24 March 2017, the Tinker Board again became available on Amazon. ASUS assured reviewer websites that the board is now in full production.[10]

Benchmarks[edit]

Tests so far have shown that the Tinker Board has roughly twice the processing power of the Raspberry Pi Model 3 when the Pi 3 runs in 32-bit mode.[11] Because the Pi 3 has not released a 64-bit operating system yet, no comparisons are available against a Pi 3 running in 64-bit mode.

Recent[when?] benchmark testing found that while the WLAN performance is poor at only around 30Mbit/s, the gigabit ethernet delivers a full 950Mbit/s throughput.[10] RAM access tested using the mbw benchmark is 25% faster than the Pi 3. SD card (microSD) access is about twice as fast at 37MiB/s for buffered reads (compared to typically around 18MiB/s for the Pi 3[12]) due to the Tinker Board's SDIO 3.0 interface, while cached reads can fly at up to 770MiB/s.[10]

References[edit]

  1. ^https://www.asus.com/uk/Single-board-Computer/TINKER-BOARD/
  2. ^https://forum.armbian.com/index.php?/topic/3327-asus-tinkerboard/&page=10&tab=comments#comment-32047
  3. ^https://forum.armbian.com/index.php?/announcement/1-1-check-power-supply-check-sd-card-and-check-other-people-experiences/
  4. ^'LibreELEC (Leia) v8.95.2 BETA'.
  5. ^http://dlcdnet.asus.com/pub/ASUS/mb/Linux/Tinker_Board_2GB/FAQ_Tinkerboard.pdf[permanent dead link]
  6. ^'A Motherboard Manufacturer's Take On A Raspberry Pi Competitor'.
  7. ^'ASUS Tinker Board'.
  8. ^'Review: The Asus Tinker Board (Updated)'.
  9. ^'In the lab: Asus' Tinker Board SBC'.
  10. ^ abc'Tinker Board im Test: Hardware Top, Software Flop (link in German)'.
  11. ^'ASUS Tinker Board is a Raspberry Pi 3 Alternative based on Rockchip RK3288 Processor'.
  12. ^'Raspberry Pi microSD card performance comparison - 2015'.

Ovu412000/00 With Asus Antenna System

External links[edit]

Retrieved from 'https://en.wikipedia.org/w/index.php?title=Asus_Tinker_Board&oldid=899298643'
I recently built a rig with an Asus Maximus Hero VI Extreme with the mPCIe dual band wifi / bluetooth card and everything was operating great until a couple of weeks ago when suddenly I had zero signal from any other routers . I reset the adapter etc and it says it's working ok in the device manager . The other devices in the home have great signal from the router . I suspect the T2R2 antenna is bad . I contacted Asus and was very disappointed that the antenna is out of the 30 day warranty , and even if it wasn't I'd have to return the whole mobo for testing . That ain't happening . The 'tech' I chatted with online (phone and email were futile) finally told me after me asking several times that there is continuity between the two center wires of the antenna . Is there a resistance value ? Can I try to use a loop of wire to test my theory or buy another antenna or swap out another chassis wifi card ? I would like to try the bluetooth capabilities of the card which is one of the reasons I bought this mobo in the first place . Any help in understanding how this antenna works would be appreciated since Asus disappointed me greatly .