Avatar HD Goggles: Difference between revisions

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{{Device page
{{Device page
|Manufacturer=Walksnail Drones‎
|Manufacturer=Walksnail
|Device type=Drone
|Device type=Drone
}}
}}
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<gallery showthumbnails="1">
<gallery showthumbnails="1">
File:CaddX Avatar PCB Front 0.jpg|Avatar FPV Goggles PCB
File:CaddX Avatar PCB Front 0.jpg|Avatar FPV Goggles PCB
File:Fatshark Avatar Goggles PCB Front Shield.jpg
File:Fatshark Avatar Goggles PCB Front Main.jpg
File:Fat Shark Avatar PCB Front RF.jpg
File:Fat Shark Avatar PCB Front RF 1.jpg
File:Fat shark Avatar Goggles PCB Back ROM.jpg
File:Fatshark Avatar Goggles PCB SOC.jpg
File:Fat shark Avatar Goggles PCB SOC.jpg
File:Fatshark Avatar Goggles RAM.jpg
File:Fat shark Avatar Goggles PCB Back.jpg
File:Fat Shark Avatar PWR PCB Back.jpg
File:Fat Shark Avatar PWR PCB Front.jpg
</gallery>
</gallery>


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== More Information/External Sources ==
== More Information/External Sources ==
Walksnail Avatar HD fpv goggles are also sold as Fat Shark Dominator HD FSV1125
<nowiki>https://walksnail.com/</nowiki>
<nowiki>https://www.fatshark.com/</nowiki>
=== About The System ===
The Avatar HD Goggles are a new digital FPV goggle made by Walksnail part of CaddX FPV.
These Goggles have been made in partnership with Fat Shark and are sold under both the Fat Shark and Walksnail brand.
They are both compatible with the Walksnail Avatar HD VTX and offer same/similar functionally.
Walksnail Avatar HD fpv goggles are also sold as Fat Shark Dominator HD FSV1125
Walksnail Avatar HD fpv goggles are also sold as Fat Shark Dominator HD FSV1125


Line 36: Line 60:


They are both compatible with the Walksnail Avatar HD VTX and offer same/similar functionally.
They are both compatible with the Walksnail Avatar HD VTX and offer same/similar functionally.
=== Important SOC Images Notes: ===
The main SOC is labelled as a Xilinx Virtex 5 XC5VLX50T - FFG1136FGU2033 - AC4284883A1 2C.
Based on code samples and SOC package it is strongly believed this is not this FPGA. Its believed to be a Artosyn RF Chipset such as the AR9201/AR8211.
Specification
AR9201
Application Processor Core
 1.5GHz ARM Cortex-A7 quad-core, each core with 32KB I-cache, 32KB D-cache
 512KB L2 cache
 Neon acceleration and double precision FPU
 Embedded Trace data interface (16KB ETB) for ARM-DS5 debugger
 DVFS control: Dynamic voltage and frequency scaling to reduce power consumption
MCU core
 500MHz CPU, 16Kbyte I-cache, 16KB D-cache
 128KB ITCM and 64KB DTCM
 Double precision FPU
CEVA DSP core
 4 x high performance CEVA XM4 Cores at 1000MHz
 2M-Byte shared on-chip SRAM
Video Codec Format
 H.264 BP/MP/HP encoding and decoding
 H.265 MAIN/MAIN10 @L5.0 High-tier encoding and decoding
 MJPEG/JPEG Extended Sequential encoding and decoding
Video Codec Performance
 Software configurable video codec, either as encoder or as decoder
 Real-time multi-stream H.264/H.265 encoding or decoding:
 H.264: [/cdn-cgi/l/email-protection [email protected]]
 [/cdn-cgi/l/email-protection [email protected]][/cdn-cgi/l/email-protection [email protected]]
 MJPEG/JPEG encoding/decoding at [/cdn-cgi/l/email-protection [email protected]]
 MJPEG/JPEG encoding and decoding
Baseband
 2T4R with 2.5MHz/5MHz/10MHz/20MHz/40MHz bandwidth
 BPSK/QPSK/16QAM/64QAM/256QAM modulation
 LDPC encoder with 1/2, 2/3, 3/4 code rate
 Max down link rate at 100Mbps
 2.4G/5.8G uplink/downlink communication
 One AP support max to four nodes
Analog
 One 8-1 10bit SAR ADC
 Two 10bit SAR ADCs
 Four 12bit DACs
 Eight 12bit ADCs
Peripherals
 9 UARTs
 2 Watch dog timers
 20 timers,10 of which have PWM output
 4 CAN bus interface
 5 I2C interfaces, can be configured as either master or slave by software
 4 SPI masters(2x1-1, 2x1-5 ), 2 SPI slave
 4 I2S 4bit interfaces
 147 GPIO, shared with other functions.
 2 AXI DMA controller
 One AHB DMA controller
 USB 3.0 DRD controller and PHY.
 USB 3.0 /Type-C / DisplayPort combo interface
 10 /100/1000M Ethernet RGMII interface
 2-lane PCIe 2.0, can be configured as EP or RC mode
External Memory Interfaces
DDR4/DDR3/LPDDR3 interface
 16/32/64-bit DDR4 interface up to DDR4 2400
 16/32/64-bit DDR3L interface up to DDR3L 2133
 32/64-bit LPDDR3 interface up to LPDDR3 2133
SPI NOR flash interface
 1-/2-/4-wire mode
 3-byte or 4-byte address mode
 Maximum capacity of 256 MB NOR flash or MCP SPI NOR+NAND flash
eMMC 5.1 interface with 64GB max capacity
Secure Boot from internal ROM with eMMC flash or SPI NOR flash.
Physical Specification
Power consumption
 3W typical power consumption in the 4Kx2K scenario
 Multiple power domains for power saving
[11:19]
Operating voltages
 0.9V core voltage
 1.8VI/O voltage
 1.2V/1.2V/1.5V for DDR4/LPDDR3/DDR3(L)
 3.3VI/O voltage
Package
 FCBGA
 Body size of 19mm x19mm
 Ball pitch of 0.65mm

Latest revision as of 21:54, 14 January 2024

Avatar HD Goggles
Manufacturer Walksnail
Code name
Release date
Device type Drone


This article is a stub. You can help Repair Wiki grow by expanding it

Guides

Explanatory Guides

Repair Guides

Device pictures

  • Caddx FPV Goggles V1.webp
  • Fat Shark Dominator HD FPV Goggles.png

PCB pictures

  • Avatar FPV Goggles PCB

    Avatar FPV Goggles PCB

  • Fatshark Avatar Goggles PCB Front Shield.jpg
  • Fatshark Avatar Goggles PCB Front Main.jpg
  • Fat Shark Avatar PCB Front RF.jpg
  • Fat Shark Avatar PCB Front RF 1.jpg
  • Fat shark Avatar Goggles PCB Back ROM.jpg
  • Fatshark Avatar Goggles PCB SOC.jpg
  • Fat shark Avatar Goggles PCB SOC.jpg
  • Fatshark Avatar Goggles RAM.jpg
  • Fat shark Avatar Goggles PCB Back.jpg
  • Fat Shark Avatar PWR PCB Back.jpg
  • Fat Shark Avatar PWR PCB Front.jpg

Reference measurements (also schematics if available)

  • Example measurement pictures.jpg

More Information/External Sources

Walksnail Avatar HD fpv goggles are also sold as Fat Shark Dominator HD FSV1125

https://walksnail.com/

https://www.fatshark.com/

About The System

The Avatar HD Goggles are a new digital FPV goggle made by Walksnail part of CaddX FPV.

These Goggles have been made in partnership with Fat Shark and are sold under both the Fat Shark and Walksnail brand.

They are both compatible with the Walksnail Avatar HD VTX and offer same/similar functionally.

Walksnail Avatar HD fpv goggles are also sold as Fat Shark Dominator HD FSV1125

https://walksnail.com/ - https://www.fatshark.com/

About The System:

The Avatar HD Goggles are a new digital FPV goggle made by Walksnail part of CaddX FPV.

These Goggles have been made in partnership with Fat Shark and are sold under both the Fat Shark and Walksnail brand.

They are both compatible with the Walksnail Avatar HD VTX and offer same/similar functionally.

Important SOC Images Notes:

The main SOC is labelled as a Xilinx Virtex 5 XC5VLX50T - FFG1136FGU2033 - AC4284883A1 2C.

Based on code samples and SOC package it is strongly believed this is not this FPGA. Its believed to be a Artosyn RF Chipset such as the AR9201/AR8211.

Specification

AR9201

Application Processor Core

 1.5GHz ARM Cortex-A7 quad-core, each core with 32KB I-cache, 32KB D-cache

 512KB L2 cache

 Neon acceleration and double precision FPU

 Embedded Trace data interface (16KB ETB) for ARM-DS5 debugger

 DVFS control: Dynamic voltage and frequency scaling to reduce power consumption

MCU core

 500MHz CPU, 16Kbyte I-cache, 16KB D-cache

 128KB ITCM and 64KB DTCM

 Double precision FPU

CEVA DSP core

 4 x high performance CEVA XM4 Cores at 1000MHz

 2M-Byte shared on-chip SRAM

Video Codec Format

 H.264 BP/MP/HP encoding and decoding

 H.265 MAIN/MAIN10 @L5.0 High-tier encoding and decoding

 MJPEG/JPEG Extended Sequential encoding and decoding

Video Codec Performance

 Software configurable video codec, either as encoder or as decoder

 Real-time multi-stream H.264/H.265 encoding or decoding:

 H.264: [/cdn-cgi/l/email-protection [email protected]]

 [/cdn-cgi/l/email-protection [email protected]][/cdn-cgi/l/email-protection [email protected]]

 MJPEG/JPEG encoding/decoding at [/cdn-cgi/l/email-protection [email protected]]

 MJPEG/JPEG encoding and decoding

Baseband

 2T4R with 2.5MHz/5MHz/10MHz/20MHz/40MHz bandwidth

 BPSK/QPSK/16QAM/64QAM/256QAM modulation

 LDPC encoder with 1/2, 2/3, 3/4 code rate

 Max down link rate at 100Mbps

 2.4G/5.8G uplink/downlink communication

 One AP support max to four nodes

Analog

 One 8-1 10bit SAR ADC

 Two 10bit SAR ADCs

 Four 12bit DACs

 Eight 12bit ADCs

Peripherals

 9 UARTs

 2 Watch dog timers

 20 timers,10 of which have PWM output

 4 CAN bus interface

 5 I2C interfaces, can be configured as either master or slave by software

 4 SPI masters(2x1-1, 2x1-5 ), 2 SPI slave

 4 I2S 4bit interfaces

 147 GPIO, shared with other functions.

 2 AXI DMA controller

 One AHB DMA controller

 USB 3.0 DRD controller and PHY.

 USB 3.0 /Type-C / DisplayPort combo interface

 10 /100/1000M Ethernet RGMII interface

 2-lane PCIe 2.0, can be configured as EP or RC mode

External Memory Interfaces

DDR4/DDR3/LPDDR3 interface

 16/32/64-bit DDR4 interface up to DDR4 2400

 16/32/64-bit DDR3L interface up to DDR3L 2133

 32/64-bit LPDDR3 interface up to LPDDR3 2133

SPI NOR flash interface

 1-/2-/4-wire mode

 3-byte or 4-byte address mode

 Maximum capacity of 256 MB NOR flash or MCP SPI NOR+NAND flash

eMMC 5.1 interface with 64GB max capacity

Secure Boot from internal ROM with eMMC flash or SPI NOR flash.

Physical Specification

Power consumption

 3W typical power consumption in the 4Kx2K scenario

 Multiple power domains for power saving

[11:19]

Operating voltages

 0.9V core voltage

 1.8VI/O voltage

 1.2V/1.2V/1.5V for DDR4/LPDDR3/DDR3(L)

 3.3VI/O voltage

Package

 FCBGA

 Body size of 19mm x19mm

 Ball pitch of 0.65mm

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