The chip is manufactured by , a company founded in 2008 and headquartered in Changsha, China. The company has received investment from the National Integrated Circuit Industry Investment Fund and has been involved in national science and technology projects. Goke has developed a range of products in fields including secure storage, smart set-top boxes, video encoding/decoding, and IoT, with security chips like the GK7102 as notable products.
The GK7102 breaks out its functional blocks through a compact footprint measuring 11mm × 11mm. It provides rich peripheral connectivity required to build a standalone internet camera device: 1. Sensor Interface
A set of system wrappers (System Control, Video Input/Output, Video Encoding, Audio) allowing applications to easily request H.264 video frames or update ISP settings on the fly.
Goke GK7102 Datasheet: High-Performance SoC for IP Cameras The is a highly integrated System-on-Chip (SoC) designed specifically for high-definition (HD) IP camera applications . Developed by Goke Microelectronics , this chip has become a cornerstone in the budget-friendly security camera market, frequently appearing in devices utilizing the Yoosee app and various cloud-based surveillance systems. gk7102 datasheet
provide additional insights into custom firmware and hardware hacking for GK7102-based devices. or specific firmware modification steps for a particular camera model using this chip? OPL Monitor - Apps on Google Play
Native hardware support for G.711 , G.726, ADPCM, and MP3 audio codecs to facilitate clear two-way audio communications. Peripherals and System Integration
: Housed in a compact BGA228 package measuring exactly 11mm x 11mm. Video and Audio Encoding Engine The chip is manufactured by , a company
GK7102 Datasheet: Specifications, Pinout, and Architecture of the Goke IP Camera SoC
Conventionally, the GK7102 runs a proprietary SDK utilizing Linux Kernel versions 3.4.x or similar legacy branches, often bundled with cloud P2P solutions like Yoosee or Tuya. However, developers and security enthusiasts frequently target this SoC for hardware hacking, custom firmware deployment, and open-source integration. The OpenIPC Project
The GitHub project Goke_GK7102 is dedicated to researching GK7102 and GK7102S-based chipsets, offering information on: The GK7102 breaks out its functional blocks through
In commercial markets, this SoC is most notably the engineering backbone behind millions of consumer IP cameras utilizing the firmware ecosystems.
The GK7102 SoC was designed for, and continues to be used in, several embedded video applications:
Due to integrated two-way audio and IR-cut support.