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Mini PC Front Mini PC Back
SMARC Compatible Carrier Board for MiniPC applications
Technical Features:
  • 2× HDMI ports with CEC
  • 1× DP Alternate Mode via USB-C
  • 1× 2.5 Gb Ethernet port via RJ45
  • 2× USB-A 3.0, 1× USB-C 2.0, 1× USB-C 3.2
  • PCI Express M.2 slot (Key E)
  • 2× USB-C PD ports with DRP
  • Sink voltage: up to 20 V
  • Source voltage: 5 V
  • Power over Ethernet Plus (PoE+)
PCB/PCBA Characteristics:
  • Number of components: 640
  • Number of layers: 6
  • Number of hidden nets: 3 (1% of total 495)
  • Max. trace width: 39 mils
  • Min. trace width: 2 mils
  • Thru hole via count: 982
SMARC SOM Front SMARC SOM Back
SMARC 2.2 SOM
Technical Features:
  • SMARC 2.2 pinout
  • Intel® Alder Lake N / x7000E Series
  • Single-CH LPDDR5 4800MT/s up to 16GB
  • Supports IBECC
  • 2.5GbE LAN
  • PCIe Gen3, USB3.2 Gen2, SATA (optional)
  • On-board eMMC (optional)
  • Embedded Software APIs
PCB/PCBA Characteristics:
  • Number of components: 830
  • Number of layers: 12
  • Number of hidden nets: 529 (75% of total 706)
  • Number of unrouted nets: 90 (13% of total 706)
  • Blined via count: 596
  • Max. trace width: 39 mils
  • Min. trace width: 2 mils
  • Thru hole via count: 2033
SMARC SOM Front SMARC SOM Back
PCI Card
Technical Features:
  • Artix UltraScale+ FPGA
  • 2× 16Gb DDR4 memory chips (1× 16Gb DDR4 for 1ETH variant)
  • 2 or 1 ×10G ETH by AQR113-B1-C PHY
  • 512Mbit SPI Flash for FPGA configuration
  • 10× DC-DC converters with I2C control
  • Power sequence manager with JTAG configuration
  • PCIe x4 edge connector
  • 2-color status LED
PCB/PCBA Characteristics:
  • Number of components: 624
  • Number of layers: 10
  • Max. trace width: 157 mils
  • Min. trace width: 3 mils
  • Thru hole via count: 1675
SMARC SOM Front SMARC SOM Back
Compatible SMARC Carrier Board
Technical Features:
  • ETH: 2× GBE ports with custom PoE solution and serial interface
  • LVDS: 1× interface up to 1920x1080 pixel
  • HDMI OUT: Debug and testing only
  • HDMI IN: Optional feature
  • USB:
    • 2× USB 2.0 for touch and SD reader
    • 2× USB 3.0 for HDMI capture and 4-port hub
PCB/PCBA Characteristics:
  • Number of components: 702
  • Number of layers: 6
  • Max. trace width: 39 mils
  • Min. trace width: 5 mils
  • Thru via count: 1430
SMARC SOM Front SMARC SOM Back
IO Board
Technical Features:
  • Device for controlling and monitoring the robotic surgical operation device
  • MCU: ATSMC21J16
  • Hardware save state logic
  • RS232 interface
  • Analog and Digital inputs and outputs
PCB/PCBA Characteristics:
  • Number of components: 521
  • Number of layers: 4
  • Max. trace width: 59 mils
  • Min. trace width: 5 mils
  • Thru hole via count: 778
SMARC SOM Front SMARC SOM Back
BLDC Motor Control Evaluation Board
Technical Features:
  • FPGA: AMD-Xilinx Artix UltraScale+
  • DDR4 SDRAM 8–16 GB
  • SLVS-EC 8-lane Sony IMX455 compatible
  • Two temperature sensors supported
  • SFP+ module (2 W max, SFF-8418/8419)
  • USB / Serial: FT2232HP dual-channel
  • GPIO for expansion via test points
  • Trigger isolator: ISOW7821
PCB/PCBA Characteristics:
  • Number of components: 303
  • Number of layers: 4
  • Max. trace width: 59 mils
  • Min. trace width: 5 mils
  • Thru hole via count: 507
SMARC SOM Front SMARC SOM Back
External SSD enclosure with thunderbolt 5
Technical Features:
  • Various SSD sizes support: type 2230,type 2242, type 2260, type 2280, type 22110, type 25110.
  • NVME SSDs support
  • Powerfull SSDs (up to 9W support)
  • Cooling fan for the most powerfull SSD units.
PCB/PCBA Characteristics:
  • Number of components: 335
  • Number of layers: 6
  • Max. trace width: 590 mils
  • Min. trace width: 3 mils
  • Thru hole via count: 732

PCB Assembly Line

Solder Paste Printer
SMT Printer 1 SMT Printer 2
Pick and Place
Pick and Place 1 Pick and Place 2
Reflow Oven
Reflow Oven 1
AOI
AOI 1 AOI 2 AOI 3

Electrical and Functional Testing

Test Bench Features:
  • Power up the device under test
  • Supports verification of various analog, digital and custom interfaces
  • Checking the functionality of all input and output connectors
  • Power up the output load
  • Checking the internal power supply
  • Checking the operation of protection and detecting an error condition
Test Bench 1 Test Bench 2 Test Bench 3

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