We welcome inquiries about technical specifications, pricing, lead time, and evaluation unit loans. We also handle carrier board design and contract development.
SOM implementation progresses in the order “module alone → mounted on a carrier board → enclosed”. The position of this product is shown below.
STEP 1
SOM only
System on Module
A core module that integrates the SoC, memory, and power supply. Used mounted on a carrier board.
This product is here
→
STEP 2
SOM + carrier board
Carrier / SBC / Evaluation board
A working board that carries the SOM and brings out external I/O (Ethernet, USB, video, power, etc.). For evaluation and integration.
→
STEP 3
SOM + carrier board + enclosure
Box PC / AI BOX / Edge server
Finished units with the board housed in an enclosure, designed for heat dissipation, dust protection, and installation. They can be installed and put into mass production as-is.
This product is STEP 1 (SOM only). It can be mounted on a carrier board for STEP 2 and housed in an enclosure for STEP 3. Positive ONE can support you end to end, including carrier board design and enclosure integration (contract development).
SILICON / SoC specifications
SoCNXP Layerscape LS1043A
Process28nm
CPU4x Arm Cortex-A53 @ 1.6GHz
GPU—
NPU / AI—
AI performance— (no NPU)
DSPQUICC Engine (HDLC/TDM/Profibus)
RAM typeDDR4
RAM configuration8GB
StorageeMMC, QSPI NOR, SD / eMMC 32GB
Video decode—
Video encode—
ISP—
Camera—
Display—
Ethernet10Gbps packet processing, GbE
PCIePCIe Gen3
USBUSB 3.0
CAN—
Form factor / supply
CategorySOM / CoM
Form factorProprietary SoM
Dimensions70 x 55 mm
Part no.PW-SOM-053
Product nameMicroSys miriac MPX-LS1043A
SupplierPartner manufacturer (MicroSys)
Supply typeSupplied by partner manufacturer
Characteristic tags
First 64-bit ARM QorIQFanlessCompactIndustrial networking
We provide end-to-end support from product selection to carrier board design, Linux BSP, bring-up, and mass-production rollout. We also lend evaluation units and conduct design reviews.
Because this product supports Linux, you can directly connect the driverless USB sensors distributed by Positive ONE. Measurement, I/O, and communication can be added later and handled with the same API from prototype to mass production.
