Communications · Custom engineering · Integration

Interfaces, links, and a system you can hand over

Since 2019, Xinyi Technology has built custom communications work across RF, SDR, FPGA, and embedded software, and assembled those pieces into systems that can be tested and handed over.

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Interfaces, links, and a system you can hand over
Illustrative scene, not a company site.

Capabilities

Four workstreams, from the interface to a result you can check

  1. 01

    RF and interconnect

    RF paths, connectors, and cabling, checked on the bench with instruments.

  2. 02

    SDR and embedded

    Programmable radio and embedded platforms for baseband, control, and external data.

  3. 03

    FPGA and timing

    Programmable logic for custom interfaces, clocks, and data moving in and out.

  4. 04

    Systems integration

    Requirements, prototypes, verification, and handover kept in one sequence.

The company

Custom communications, delivered as a system

Founded in 2019, the company does turnkey design for communications and related electronics. Work starts with requirements and interfaces, then architecture, a prototype, verification, and later introduction and revision.

This site describes those capabilities and how to start a discussion. Bands, power, protocols, and quantities are confirmed per inquiry and are not listed here in advance.

Roles and tools

Stock photograph of satellite antennas, not a company site.
Stock photograph of satellite antennas, not a company site.

Selected technology

SDR and FPGA, and how they sit in a system

Illustrative RF bench, not company hardware.
Illustrative RF bench, not company hardware.

Software-defined radio

Used to organize the RF front end, baseband, and the data interface to a host or network. Fixed band and power are not published on this page.

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FPGA interfaces

Used to bridge digital or RF-side interfaces and to handle clocks and custom I/O. Specific buses and protocols are confirmed during an inquiry.

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Illustrative board, not company hardware.
Illustrative board, not company hardware.

Where it is used

Three situations worth discussing first

Illustrative site communications, not a company installation.
Illustrative site communications, not a company installation.

Remote site backhaul

Equipment in the field sends status or data to another end. The link, power, and maintenance come first in the discussion.

Sensors and equipment

A sensor or an existing device needs a stable communications path. The work is the interface, the timing, and how to diagnose a fault.

Bench verification

Before introduction, the bench is where RF, logic, and software are checked against the agreed connections.

How a project runs

Four steps from a requirement to a handover

What each step delivers is agreed per project. This is the order used in discussion, not a count of finished work.

Illustrative bench work, not a company laboratory.
Illustrative bench work, not a company laboratory.

  1. Define the link and interfaces

    Where data must travel, which equipment already exists, and which constraints have to hold.

  2. Propose an approach

    Split the work into RF, logic, embedded software, and verification, and mark the specifications the customer still needs to set.

  3. Prototype and verify

    Build something that can be measured, check interfaces and timing, then decide what must change.

  4. Introduce and follow up

    Help move the result into manufacturing or the field, and keep a path for later changes.

Inquiry

Leave the requirement for an engineering discussion

For RF, SDR, FPGA, embedded software, or systems integration, leave your organization, contact details, and the requirement. Images on this site are scenes or technical illustrations.

A confidentiality discussion is available

Scope is planned per project

By submitting, you agree we may use your details to respond to this inquiry in accordance with our privacy policy.

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