• BOM Sourcing

    Costed BOM & quoting: line-item pricing, lead times, MOQs, and availability so you can make fast decisions
    BOM scrub + data cleanup: validate part numbers/packaging/AML details so what’s on the BOM can actually be sourced and built
    Lifecycle & shortage risk checks: flag NRND/EOL parts early and plan replacements before they become blockers
    Alternates & second-sourcing: recommend vetted substitutes to reduce cost and lead time without breaking form/fit/function
    Authenticity + traceability (on request): prioritize authorized sources when possible, with inspection/testing options and CoC/traceability documentation
    Kitting + logistics coordination: consolidate parts into build-ready kits and align delivery to your PCB/battery build schedule

  • Custom Battery Pack

    Custom lithium battery packs (Li-ion / LiPo / LiFePO4) for real-world products

    Use cases: medical devices, robotics, e-bikes, and power tools

    Built to your specs: voltage, capacity, size/form factor, and protection requirements

    BMS included: selection, integration, balancing strategy, and safety protections

    Design for manufacturability: enclosure/mechanical constraints, thermal considerations, and wiring layout

    Prototype → production + compliance: documentation, test plans, and certificate support (UN 38.3 / IEC 62133 / UL 2054 / MSDS)

  • Printed Circuit Board (PCB) Design Services

    Prototype to production PCB design, from simple boards to complex multi-layer layouts

    DFM-first approach to reduce respins, control cost, and improve yield

    All technologies: single/double-sided, multi-layer, rigid, flex, and rigid-flex

    Critical routing expertise for analog, digital, and mixed-signal designs

    Analysis-driven optimization: signal integrity and thermal review (high-speed/RF capable)

    Manufacturing-ready handoff: BOM + footprint review, alternate risk checks, and full fab/assembly outputs (Gerbers/ODB++, PnP, drawings)

  • Supply Chain

    Global sourcing, vendor management, and logistics solutions that reduce risk and keep your projects moving.

  • Engineering Services

    Certified processes, advanced testing methods, and strict compliance to ensure reliable, production-ready results.

  • Manufacturing Services

    Flexible solutions including quick-turn PCB assembly, turnkey production, and consignment builds.

  • Engineering Services

    Collaborative design support, component engineering, and test fixture development to reduce costs and accelerate time-to-market.

  • Post-Production Services

    SMTC provides a broad range of Post-Production Services which enables our customers to minimize inventory exposure, eliminate multiple administrative costs, and increase response time to their own customers.

  • Engineering Services

    The SMTC engineering services team delivers a full range of design, engineering and manufacturing solutions across all our market sectors.

  • Electronic Manufacturing & Integration Services

    We have a proven record of guiding manufacturers throughout the entire electronics manufacturing process. From simple designs to complex system integration, SMTC provides the end-to-end electronics manufacturing services necessary to compete in a global marketplace.

  • Design & Engineering Solutions

    SMTC provides better, faster and more cost-effective solutions to our customers’ most challenging design for excellence (DFx) problems. From manufacturing to testing to supply chain, SMTC provides customized design support to our OEM partners, enabling them to establish a strong competitive position within their marketplace. SMTC’s product design excellence helps our customers minimize their component count, reduce costs and improve quality.

  • SCIM 1001

    The SCIM1001 (Signal Conditioning Interface Module) is used to match the input and output characteristics of the AN/ARC-210 Integrated Communication System with digital subsystems in both air vehicle and ground support equipment. The Signal Conditioner inputs RS-422 UCARS-V2 asynchronous data and conditions it to meet the ARC-210 Black Wideband Transmit data requirement. The SCIM provides an interface for five DCP TX/RX pairs. Four of these signal pairs are routed to interface modules inside the SCIM for conversion to the appropriate levels for the ARC-210 while the fifth interface pair is routed directly to a UCARS interface connector. The module is powered with 28 Volts DC and it also creates the WB data input select and retransmit key signals. These discrete signals are active low enabling and are required by the RT-1794 ARC-210 for the Black Wideband Data Transmission per the IDS-988-6499-001 RT-1794 Interface Design Specification.

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