| NT96562M is a highly integrated SOC with high image quality, low bit rate, and low power consumption, targeting 2Mp to 4Mp edge IP camera applications. The SoC integrates arm Cortex A9 CPU core, new generation ISP, H.265/H.264 video compression codec, high-performance hardware DLA module, graphics engine, display controller, Ethernet PHY, USB 2.0 Host/devie, Audio codec, RTC and SD/SDIO 3.0 provide the best cost-effective EDGE-IP camera solution.
Novatek NT98566 M is a highly integrated SoC with high image quality, low bit rate, low power consumption, targeting 4Mp to 5Mp edge IP camera applications. The SoC integrates ARM CortexA9 CPU core, new generation ISP, H.265/H.264 video compression codec, high-performance hardware DLA module, graphics engine, display controller, Ethernet PHY, USB2.0 Host/Device, audio codec sensor, RTC and SD/SDIO3.0 to provide the best cost-effective Edge-IP camera solution.
Features
◼ High-performance 32-bit CPU
- Single-core ARM® Cortex™ - A9 -
NEON™ and FPU acceleration
- 32 KB instruction cache, 32 KB data cache and 128 KB L2 cache
- Embedded ICE makes firmware debugging easier
◼ Power management features
- Firmware configurable operating frequency of each functional block to meet optimal power budget
◼ Integrated clock
- Internal PLL with spread spectrum capability
- 12MHz system
- 32768Hz RTC oscillator
◼ Scalable memory bus architecture
-NT98562M: SIP 512Mb DDR2L DRAM
-NT98566M: SIP 1Gb DDR3/DDR3L DRAM
◼ Sensor Interface Engine
- Supports high-speed serial interfaces such as mipi/sub-LVDS/HiSPi up to 4 channels and 2 clocks, suitable for most commercial applications CMOS sensor.
-Supports parallel sensor interface for most commercial CMOS sensors.
- Supports 12-bit sensor data input
- Supports HDR sensor combinations, such as Sony DOL mode and interleaved mode
- Supports companding HDR sensors
- Built-in color pattern generation
- Sensor black level clamping
- Efficient defect hiding algorithm
- Flexible AE, AWB and AF image analysis process
- programmable histogram analysis
- in-pipeline chromatic aberration compensation technology
- supports EIS with gyro sensor input
- supports RGBIr4x4, RCCB formats
- typically supports up to 5M or 150M pixels/second -
Sensor HDR supports up to 4Mp60 or 240M pixels/second
- supports up to 1 2-frame HDR sensor Suitable for sports DV cameras, digital night vision devices, thermal imaging cameras, digital telescopes, etc. |