System on Module | Computer on Module

A System on Module (SOM) / Computer on Module is a miniature circuit board that integrates core components of an embedded computer on a single module. System on Modules are designed to be plugged into carrier boards, which provide application specific peripheral devices and connectors.

System on Modules help product developers to accelerate time to market, optimize development cycle and reduce cost of ownership. Compulab SOM products are used by thousands of customers worldwide in medical devices, transportation, industrial automation, telecommunication, aerospace systems and countless other applications.

Advantages of Compulab System on Modules

  • 15-Years Availability
  • In-House Manufacturing
  • Direct Engineer Support
  • Linux and Yocto BSPs
  • UCM pin2pin compatible SOMs
  • SMT-level Configure-to-Order
CPU 2 x A78 2.0~2.2G, 6 x A55 1.8~2.0G
GPU Mali-G57 MC2, 35fps
NPU MTK NPU 850, NPU/9, Total/10 TOPS
Video Input 1x ISP, 16MP@30fps Up to 1x 4K60 or 6x FHD30 via MIPI Virtual Channels,2x MIPI-CSI (C/D-PHY, 4L 2.5Gbps/L)
Camera features 3A, NR, AI-FD, WPE, LSC ;Storage UFS3.1
Display Single Display: Max. UW5K60 (5120x2160) or 4K60 (3840x2160) Dual Display: Max. 2.5K60 + 2.5K60 (2560x1600)
Video Decode 4K60 H.265/H.264/VP9;Video Encode 4K30 H.265/H.264
Audio 2x I2S/TDM (2ch, 2 in(Master/Slave), 2 out(Master)) (32b @192KHz) 1x PCM (2ch), 2x PDM(2ch) (24b @48KHz)
I/O 1x PCIe Gen 2 (RC, support WoW) 2x USB3.2 Gen 1 Type-C (1x dual mode share with DP1.4, 1x host, 64EP) 3x USB2.0 (host, 64EP), 4x UART, 6x SPI, 9x I2C, 1x GbE MAC (TSN), 3x SDIO3.0 (8-bit/4-bit/4-bit)
WIFI Baseband WiFi-6 ;OSM Size Size-L 45mmx45mm
CPU: 2 x A78 2.4~2.6G,6 x A55 2.0G GPU: Mali-G57 MC2, 42fps NPU: MTK NPU 850, NPU/9, Total/10 TOPS
Video Input:2x ISP, 16+16MP or 32MP@30fps Up to1x 4K60 or 6x FHD30 via MIPI VirtualChannels, 2x MIPI-CSI (C/D-PHY 4L2.5Gbps/L) Camera features::3A, NR, AI-FD, WPE, LSC
Memory:32-bit LP5-6400 up to 16GB Storage: UFS3.1
Display :Single Display: Max. UW5K60(5120x2160) or 4K60 (3840x2160)Dual Display: Max. 2.5K60 + 2.5K60(2560x1600)
Video Decode :4K60 H.265/H.264/VP9 Video Encode:4K30 H.265/H.264 JPEG Dec/Enc:250/250 MP/s
Audio :2x I2S/TDM (2ch, 2 in(Master/Slave), 2out(Master)) (32b @192KHz)1x PCM (2ch),2x PDM(2ch)(24b@48KHz
I/O :1x PCle Gen 2 (RC, support WoW)2x USB3.2 Gen 1 Type-C (1x dual modeshare with DP1.4, 1x host, 64EP)3x USB2.0 (host, 64EP), 4x UART, 6xSPI, 9x I2C, 1x GbE MAC (TSN), 3xSDIO3.0 (8-bit/4-bit/4-bit)
WIFI Baseband:WiFi-6
OSM Size:Size-L 45mmx45mm
Imaging Array: 320 x 240 Array Flexible ROl 1/3 Optical Format
Pixel Pitch: 15 um
Frame Rate: 5~120 fps
Control Interface: CCl(l2C)
Data Interface: MlPl CS1-2
3.3v Single Power Supply
Low Power Consumption with Scalability <100mw @ 30fps
Leading Accuracy in the Industry ≤ 1% of Distance (0.15m~5m @ 30fps)
Pixel size: 7.0umx7.0um
Resolution: 640Hx480V
Pixel array:648Hx487V
Frame rate: 10~60fps
Effective image size: 4,480umx3,360um
Optical format: 1/3 inch
Analog power supply: 3.3V
Host interface: CCl(l2C standard)orSPI(Mode3)
Process12nm CPU 4xCortex-A53 2.0GHz Camera Video decode
存储 PDDR3&LPDDR4X UPto 4GBeMMC5.1
Camera 2* CSI-2 4lane21MP@30fps13MP+8MP@30fps
Video decode 1080p 30fpsH.264/HEVC Video encode 1080p 30fps H.264 Display MIP1. 19201080
Connectivity MT6631N3合1,支持802.11 a/b/g/n/ac2.4G和5G双频段) BT5.2 GPS/Beidou/Galileo/GIonass支持双星系统
Modem FDD/TDD LTE CAT4,WCDMA/TD-SCDMA/GSM94000左右
AnTuTu benchmark score around 94,000
四核MT8766B LPDDR3&LPDDR4LGA+LCC封装 全球频段 40.5MM×40.5MM单屏,HD+
产品简介 Z700-H 模组是芯发科技推出的 4G 智能模组,遵守 3GPP 规范。 ⚫ 支持 LTE-TDD/LTE-FDD/WCDMA/GSM 制式; ⚫ 支持 2.4GHz/5GHz 双频 Wi-Fi,BT5.2 近距离无线传输技术; ⚫ 支持 GNSS 无线定位技术; ⚫ 产品采用射频基带一体化设计,具有高集成度、封装尺寸小和高可靠性的特点;
模组主要性能参数 Feature Details CPU MT8786,12nm Octa-core two ARM® Cortex-A75 2.0GHz+six ARM® Cortex-A55 1.8GHz GPU G52 MC2 950MHz 软件升级 USB/OTA/SD card RAM 支持 LPDDR4x,最高支持到 8GB eMMC 支持 eMMC5.1
关键特性 Z700-H 模组采用 LCC+LGA 封装设计,尺寸仅为 40.5x40.5x2.8mm,可运行安卓 12/13/14 操作系 统,性能强大,可满足客户在各商业领域中对高速率和长生命周期的需求
模组集成功能丰富的接 口,如 LCM、摄像头、触摸屏、麦克风、Line Out、UART、USB、I2C 以及 SPI 接口等,适用于金融智 能 POS、手持 PDA、收银机等智能产品。

Benefits of using System-on-Module

Accelerate time to market

Minimize risk and reduce development time by using a System on Module as a proven and validated off-the-shelf solution.

Optimize development costs

Avoid the costs associated with designing and manufacturing complex computer hardware and leverage economy of scale.

Offload complexity

Allow your developers to focus on your core application hardware and software and unique product features.

Ensure long-term availability

Benefit from reliable supply and support throughout the lifecycle of your product with guaranteed 15-years SOM availability.