For RF front ends, radar paths, filters, switches and signal units.
Explore RF serviceEngineering Support From Concept to Validation
Indra Insignia helps teams plan, design, build and test RF, FPGA, mechanical and rugged hardware, including Cadence OrCAD schematic and Allegro PCB development. Share a spec, an old board, a design need or a test problem. We will turn it into a clear work plan.
Choose the Service That Fits Your Need
We start with your use case, links, work site, design need, mechanical limits and test goal. Then we map the scope. Your team can see what we will check, design, build and test.
For control cards, FPGA logic, processors, ADC/DAC links and data buses.
Explore FPGA serviceFor Cadence OrCAD/Allegro boards requiring controlled impedance, differential pairs, SI/PI, DRC/DFM, heat, EMI/EMC, shock and vibration control.
Explore rugged serviceFor RF fixtures, pogo-pin jigs, auto test scripts and production checks.
Explore test serviceFor Electro Mechanical Systems, enclosures, PCB Test Jig, packaging, Static and structural Analysis.
Explore mechanical serviceNot Sure Where to Start?
Share what you have today. It can be a requirement note, rough sketch, 2D Designs, 3D model, old board, failed prototype, import part, enclosure issue or test problem. Our team studies the available inputs and converts them into a clear engineering route.
01
Send any available inputSpecifications, sample hardware, interface details or test observations.
02
We identify the right service pathRF, FPGA, rugged electronics, mechanical design, analysis, test jig or reverse engineering support.
03
You get a clear next stepScope, design risks, expected deliverables, review points and validation approach are mapped before execution.
Even incomplete inputs are enough to begin. A rough idea can become a design, a design can become a model, and a model can move toward tested hardware.
Radar or RF subsystem requirement
RF serviceUse RF support for receiver chains, RF paths, detectors, amplifiers, filters and tuned units.
Control logic or high-speed acquisition
FPGA serviceUse FPGA support for processor cards, ADC/DAC links, JESD204B, DDR, PCIe, Cadence schematic/PCB interface planning and test code.
Electronics for harsh operating conditions
Rugged serviceUse rugged support for Cadence OrCAD/Allegro design, HDI PCB layout, controlled-impedance constraints, SI/PI, heat flow, EMI/EMC needs and package fit.
Repeatable testing or production screening
Test serviceUse test support for fixtures, RF setup, calibration steps, scripts and reports.
Obsolete or unavailable imported hardware
Legacy supportUse reverse engineering support to replace old or hard-to-buy parts with clear test plans.
Mechanical System, IP and Shape Optimization
Mechanical serviceUse mechanical design and analysis support for enclosure fit, mounting, packaging and structural review.
What We Deliver
We support RF design, FPGA cards, Cadence OrCAD schematic capture, Allegro PCB design, mechanical design and analysis, rugged PCB work, test systems and legacy hardware rebuilds. Each job is scoped for clear handoff and test.
RF
RF chain to tuned subsystem
We review and design radar paths, receiver chains, RF front ends, LNAs, filters, switches and signal units.
- Cadence OrCAD schematic review and RF PCB implementation guidance.
- Gain, phase, noise and isolation checks.
- S-band, C-band and X-band support.
- RF tuning, calibration and fault checks.
FP
Control and signal hardware
We plan FPGA boards, controllers, fast converters, data links and simple test code.
- Artix-7, Zynq UltraScale+ and Microsemi FPGA support.
- Ethernet, SPI, I2C, RS-422, ARINC 429 and MIL-STD-1553B.
- DDR, PCIe, JESD204B and fast serial link planning.
- Cadence schematic-to-PCB interface review for FPGA pin groups, clocks, power and high-speed nets.
- Firmware Developmet for FPGA and Micro-controller platforms.
RG
Hardware for real field use
We help boards and boxes handle heat, EMI/EMC limits, shock, vibration, connectors and service needs.
- Cadence OrCAD capture and Allegro PCB layout with HDI stack-up, blind/buried vias and BGA routing.
- Constraint-driven controlled-impedance, differential-pair and length-matched routing.
- Component library, footprint, polarity and pin-mapping verification.
- SI/PI, DRC/DFM, heat path, box fit, connector, power, signal and ground review.
- Review support for defence, aerospace and industry.
TJ
Repeatable test flow
We build fixtures and auto test tools for bring-up, RF checks, voltage checks, production screening and reports.
- Pogo-pin, bed-of-nails and RF fixture planning.
- RF path, calibration, surge and current checks.
- Auto scripts, logs and validation reports.
- Production checks for repeatable acceptance tests.
MD
Mechanical design and analysis
We support enclosure design, mechanical packaging, PCB Test Jig and structural checks for hardware systems.
- Enclosure, PCB Test Jig, panel and fixture design support.
- Structural, mounting and vibration-aware design checks.
- Mechanical fit, connector access and serviceability review.
What You Receive During the Work
You receive more than design work. You get clear notes on what we checked, what risk we found, what changed, which designs are updated and how to test it.
Inputs Review
Specs, interface details, work site, box size, standards, volume and test goals.
OutputClear requirement list
ValueEarly risk view
Architecture
Block plan, part choice, RF path, links, Cadence library strategy, stack-up, impedance and routing constraints, power tree and test plan.
OutputArchitecture notes
ValueClear work path
Design
Cadence OrCAD schematic, Allegro RF/high-speed PCB, component and footprint checks, differential-pair/length-matching constraints, DRC/DFM, mechanical fit, test access and build support.
OutputDesign package
ValueBuild-ready files
Validation
Bring-up, RF tuning, link tests, power checks, field prep, screening and records.
OutputValidation records
ValueReady for review
A Clear Route to Tested Hardware
This flow works for RF modules, FPGA boards, mechanical assemblies, rugged hardware, test systems and rebuilt boards. Each stage has one clear input, action and output.
Program trackConcept to validation
Requirement, design, prototype and test work stay linked from day one.
Use case, limits, links and target standards are listed.
Blocks, risks, power tree and test plan are set.
Core circuits, RF paths, protection and links are developed in Cadence OrCAD with symbol, pin, polarity and component-library checks.
Cadence Allegro PCB layout is controlled through stack-up, impedance, differential-pair, length-matching, HDI, SI/PI, DRC/DFM, heat-path and box-fit checks.
Build, assembly, check and small updates begin.
Power, signal, code, link and RF checks are done.
Test records, review prep and production checks are added.
Built for Critical Reviews
Indra Insignia supports Cadence schematic/PCB design records, constraint and DRC/DFM reviews, mechanical review, build choices and test prep for defence, aerospace, radar, naval and industrial hardware.
EMI/EMC review for hardware that must control noise and interference.
Test planning for rugged hardware and field use.
Review support for avionics use when needed.
Support for selected defence ground equipment needs.
The IP rating system rates and classifies the level of sealing effectiveness provided by mechanical casings and electrical enclosures for a specified object.
Flame proof enclosure.
Support at Any Starting Point
Start with files, a spec, a concept, a design requirement, a mechanical fit issue, a failed board, an old board or an import replacement need.
Build to Print
Approved Cadence/PCB release files are supported through manufacturing review, build, assembly, check, tuning and test.
Build to Specification
Function, electrical, box and field needs become a clear hardware plan.
Turnkey Development
Concept plan, Cadence OrCAD schematic, Allegro PCB constraint setup and routing, DRC/DFM review, manufacturing release, mechanical packaging, sourcing, build, bring-up and test support.
Reverse Engineering
Old module rebuild with fit, power, design reference and function targets.
Questions Before a Technical Review
These answers help your team prepare for the first review.
We support RF systems, FPGA boards, Cadence OrCAD schematic capture, Allegro PCB design, constraint-driven routing, component library and footprint verification, DRC/DFM review, rugged electronics, RF test jigs, auto tests, reverse engineering and import replacement work.
Yes. NDA reviews are suitable for defence, aerospace, radar, telemetry, naval and industrial work.
Useful inputs include specs, interface files, existing Cadence/OrCAD/Allegro design files when available, schematics, Gerbers, stack-up and impedance requirements, box limits, standards, site use, volume and test goals.
Yes. We can study old hardware, plan a replacement, rebuild the module and support the test flow.
Yes. We support 3D modelling, assembly layouts, enclosure design, mechanical packaging and structural design checks.
Plan Your RF, FPGA or Mechanical Hardware Program
Share your need, design requirement, mechanical fit concern, old module, RF test issue or rugged hardware task. We can review the scope and suggest the next step.