: The SoC can simultaneously process up to four distinct encodings. A typical multi-stream deployment includes:
For engineers sourcing a "GK7102 datasheet," you are likely looking beyond the basic marketing slides. You need core voltage tolerances, clock tree architecture, MIPI CSI interface timings, and DDR integration notes. This article consolidates the essential technical data from the official specifications, common reference designs, and community application notes.
This article is an attempt to compile all the known technical specifications and development details for the GK7102 into one source, serving as a reference for engineers, developers, and technology enthusiasts.
: 960P @ 30fps (High-resolution main stream for recording) gk7102 datasheet
If you are developing or troubleshooting a device using this SoC, let me know if you need help with , identifying the pin configuration for serial debugging (UART) , or configuring specific RTSP stream parameters . Share public link
Digital Wide Dynamic Range ( WDR ) to resolve details in high-contrast or backlit scenes.
When downloading, ensure the revision is GK7102_Datasheet_V1.8 or newer. Older revisions (v1.3) have incorrect DDR setup/hold times. : The SoC can simultaneously process up to
If you are designing or debugging a circuit board with this chip, let me know:
: Features include UART serial interface, MicroSD/TF card support, and compatibility with standard Wi-Fi modules like the MediaTek MT7601 . Video & Audio Capabilities
The GK7102 is designed as a high-performance, low-power solution for 960p/720p IP cameras. At its heart is an ARM1176 core running at 600MHz, manufactured on a 40nm process. This core is supported by 16KB each of I-Cache and D-Cache. This article consolidates the essential technical data from
: High-end version supporting Full HD 1080p resolution at 30fps. GK7102 : Standard version focused on 720p/960p performance.
Almost always paired with a Wi-Fi module (like the MT7601) for wireless connectivity.
The SoC provides a diverse range of low-speed and high-speed interfaces tailored for consumer electronics.
The onboard Image Signal Processor (ISP) handles real-time video correction directly from incoming CMOS image sensor data streams. Hardware Corrections