: 720P @ 30fps + Stream 2 : VGA @ 30fps + Stream 3 : QCIF @ 30fps + Stream 4 : 720P JPEG @ 1fps 🔌 Pinout and Hardware Interfaces

: Eradicates sensor grain and low-light static noise to ensure clear nighttime imagery.

To conserve printed circuit board (PCB) real estate and lower bill-of-materials (BOM) costs, the GK7102 integrates memory directly into the package.

At the heart of the GK7102 is an CPU core, operating at a frequency of 600 MHz . This processor, belonging to the ARMv6 architecture, was a popular choice for embedded multimedia applications and mobile devices, offering a good balance of performance and power efficiency. The core is equipped with 16KB of L1 instruction cache (I-Cache) and 16KB of L1 data cache (D-Cache).

The primary compute and system orchestration foundations are tailored for real-time operating systems (RTOS) and embedded Linux configurations:

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Gk7102 Datasheet

: 720P @ 30fps + Stream 2 : VGA @ 30fps + Stream 3 : QCIF @ 30fps + Stream 4 : 720P JPEG @ 1fps 🔌 Pinout and Hardware Interfaces

: Eradicates sensor grain and low-light static noise to ensure clear nighttime imagery. gk7102 datasheet

To conserve printed circuit board (PCB) real estate and lower bill-of-materials (BOM) costs, the GK7102 integrates memory directly into the package. : 720P @ 30fps + Stream 2 :

At the heart of the GK7102 is an CPU core, operating at a frequency of 600 MHz . This processor, belonging to the ARMv6 architecture, was a popular choice for embedded multimedia applications and mobile devices, offering a good balance of performance and power efficiency. The core is equipped with 16KB of L1 instruction cache (I-Cache) and 16KB of L1 data cache (D-Cache). This processor, belonging to the ARMv6 architecture, was

The primary compute and system orchestration foundations are tailored for real-time operating systems (RTOS) and embedded Linux configurations: