Chip Design Systems

Packaging for Modernized IRLED HWIL Scene Projection

CDS Admin — Fri, 09 Jan 2026 20:50:56 +0000

Chip Design Systems Inc. continues to lead the way in next‑generation hardware‑in‑the‑loop (HWIL) scene projection, powered by advanced IRLED technology. As IR sensors evolve, so do the environmental and operational demands placed on scene projectors, and CDS is meeting that challenge head‑on.

We offer multiple emitter packaging solutions tailored to customer needs and testing environments, including:
Sub‑ambient packaging for solid‑state cooling without LN2
Table‑top Dewar systems for lab‑based cryogenic testing
Full cryogenic chamber configurations for extreme temperature operation
Flight Motion Simulation (FMS) packaging is under development, enabling IRSP use in dynamic, multi‑axis testbeds for real‑world motion profiles
These solutions have been successfully delivered to government and commercial customers, supporting applications from sensor calibration and signature modeling to hypersonic and missile‑defense development.

CDS isn’t just building scene projectors, we’re shaping the future of IRLED‑based HWIL testing with flexible architectures, advanced cooling solutions, and system configurations unmatched in the industry.

To learn more: Visit www.chipdesignsystems.com or reach out at sales@chipdesignsystems.com.

hashtag#IRSP hashtag#Infrared hashtag#DefenseTech hashtag#HWIL hashtag#SceneGeneration hashtag#EOIR hashtag#InfraredSensors hashtag#MicroLED hashtag#Cryogenic hashtag#FMS hashtag#Hypersonic hashtag#SensorTesting hashtag#AdvancedPackaging hashtag#CDS

IMAGE: An IRLED emitter array undergoing cryogenic cycling inside one of CDS’s packaging solutions: the table‑top Dewar.

CDS awarded MDA SHIELD IDIQ contract

CDS Admin — Fri, 19 Dec 2025 16:36:32 +0000

Chip Design Systems Inc. is pleased to announce it was awarded a contract/s for the Missile Defense Agency Scalable Homeland Innovative Enterprise Layered Defense (SHIELD) indefinite-delivery/indefinite-quantity (IDIQ) contract with a ceiling of $151B. This contract encompasses a broad range of work areas that allows for the rapid delivery of innovative capabilities to the warfighter with increased speed and agility.

Chip Design Systems Inc. (CDS) Modernized Hardware-in-the-Loop (HWIL) Scene Projectors

CDS Admin — Fri, 19 Dec 2025 16:14:30 +0000

At CDS, next-generation performance meets modernized HWIL testing with Nessie2: 1024×1024 infrared scenes at up to 1000 Hz, fiber-ready for advanced infrared sensor testing.

CDS’s Nessie2 platform delivers variable frame rates from any desired setting—50 Hz to 1000 Hz—at full 1024×1024 resolution, giving HWIL and hypersonic test teams precise timing control within a single system.

We’ve demonstrated clean FrameSync transitions (50 → 100 → 400 → 600 → 800 → 1000 Hz) while maintaining timing integrity, enabling realistic scene dynamics and faster test iteration.

Under the hood: Our 2nd-generation Close Support Electronics (CSE) is a major leap forward over Gen‑1, offering 2× performance in a package 4× smaller.

Key highlights:
– Semi-custom FPGA with 40G fiber interface
– Expansion slot that supports 8x GTH transceivers for customer scene-generator inputs (e.g., DisplayPort or specialized fiber boards)
– Four multi-GHz serial DAC boards (16 analog outputs each) → 64 analog outputs total
– 16-bit resolution across the entire system chain
– Reserved JESD204 synchronization slot for future multi-CSE sync (higher frame rates on one array or driving multiple arrays)

The Nessie2 CSE is engineered for the next era of sensor testing with infrared scene projection—flexible, fast, and fiber-ready.

CDS continues to push the boundaries of scene projection and HWIL testing with performance and capability unmatched anywhere else.

To learn more: Visit www.chipdesignsystems.com or reach out at sales@chipdesignsystems.com.

hashtag#IRSP hashtag#Infrared hashtag#DefenseTech hashtag#SceneGeneration hashtag#HardwareInTheLoop hashtag#HWIL hashtag#ElectroOptics hashtag#EOIR hashtag#Hypersonic hashtag#NextGenSensors hashtag#TestingInnovation hashtag#FiberOptics hashtag#MicroLED

CDS Pushing the Boundaries of HWIL IR Scene Projection: Adaptive Sync 1000 Hz to 30 Hz

CDS Admin — Thu, 20 Nov 2025 15:04:43 +0000

At Chip Design Systems (CDS), we are dedicated to advancing technology and innovation. Our latest development in Hardware-in-the-Loop (HWIL) Infrared (IR) Scene Projection is a significant step forward. We are excited to announce our NESSIE IR Scene Projector (IRSP) system has successfully demonstrated adaptive sync capabilities, allowing a frame to be displayed at any frame rate between 1,000 Hz – 1 Hz dynamically.

The demonstration video showcases numbers counting, with each 5th increment representing a shift to the next frame rate. The IRSP system ranges impressively from 1,000 Hz down to 30 Hz, before looping back. The specific dynamic frame rates achieved in this test include: 980 Hz, 860 Hz, 780 Hz, 670 Hz, 520 Hz, 340 Hz, 145 Hz, 75 Hz, and 30 Hz. This dynamic range is fully configurable, and is made possible by leveraging the latest fiber interface for scene projection, ensuring high precision and flexibility in CDS’s IRSP system.
The image of the scope shows the green signal, which represents the frame rate, slowing down as it goes through the frames and then looping back.

The ability to dynamically adjust the frame rate on demand is a significant milestone in HWIL IR Scene Projection. This innovation enhances the accuracy and realism of the simulations and provides exceptional control and adaptability for various applications. Whether it’s for defense, aerospace, or other industries, CDS’s NESSIE IRSP system is designed to meet demanding requirements and deliver outstanding performance.

At CDS, we are committed to pushing the boundaries of technology and making new advancements in HWIL testing. Our team of experts work tirelessly to develop cutting-edge solutions that drive progress and set new standards in the industry. We are proud of our achievements and remain dedicated to continuous improvement and innovation.

#Technology #HWIL #IRSceneProjection #CDS #Advancement #FiberInterface #FrameOnDemand #Simulation #Aerospace #Defense #SBIR #Hypersonics #Hypersonic #Sensor #Testing #MadeinUSA

Powering the Future of Micro Infrared (IR) LED Technology

CDS Admin — Thu, 20 Nov 2025 14:57:47 +0000

At CDS, we’ve spent over a decade advancing infrared LED (IRLED) technology — and today, we’re proud to have built one of the largest collections of IRLED performance data in the world, exceeding 12 TB of detailed measurements.

Through collaborations with 13 LED manufacturers and multiple IRLED technologies, we’ve tested and characterized performance across drive levels, wavelengths, and temperatures.

The key to all this? Our universal micro-LED RIIC platform — MACH — which allows any LED vendor to easily integrate their devices and evaluate real-world performance. Combined with our Nessie drive electronics, MACH enables rapid, precise testing that accelerates innovation across the industry.

Because of this, vendors come to CDS not just for testing — but for insight. The breadth of data and experience we’ve accumulated makes CDS a critical partner in the evolution and development of micro-IRLED technology, from scene projectors to emerging infrared applications far beyond.

There’s truly no one else like CDS in this space — and we’re just getting started.

Explore how CDS is shaping the future of infrared technology at www.chipdesignsystems.com

*Image: Chicago’s Cloud Gate displayed on a CDS mid-wave infrared (MWIR) LED projector.

#IRLED #MicroLED #InfraredTechnology #ElectroOptics #DefenseInnovation #SceneProjection #SemiconductorTesting #Photonics #InfraredImaging #HardwareInTheLoop #AerospaceTesting #NextGenSensors #ModelingAndSimulation #IR

Secure. Compliant. Ready for Next‑Gen Sensor Testing.

CDS Admin — Thu, 13 Nov 2025 16:28:07 +0000

Chip Design Systems is proud to confirm we are compliant with CMMC 2.0. Why does this matter? Because when you’re delivering next generation modernized infrared scene projectors (IRSP), enabling hypersonic test environments, and supporting next‑generation hardware‑in‑the‑loop (HWIL) simulations, security isn’t optional—it’s mission‑critical.
CMMC ensures that sensitive data stays protected, programs stay on schedule, and innovation continues without compromise.

Explore how we’re securing the future of sensor simulation and testing at www.chipdesignsystems.com.

hashtag#CMMC hashtag#Cybersecurity hashtag#DefenseTech hashtag#IRSP hashtag#Hypersonic hashtag#SceneGeneration hashtag#HWIL
hashtag#HardwareInTheLoop hashtag#Infrared hashtag#SensorSimulation hashtag#ElectroOptics hashtag#DefenseInnovation hashtag#MissionCritical hashtag#Photonics hashtag#Aerospace

CDS Enhances Sensor Testing for Brandywine Photonics with NESSIE Infrared LED Scene Projector System

CDS Admin — Tue, 01 Oct 2024 18:37:21 +0000

At CDS, we are excited to offer Sensor Testing as a Service, where vendors can bring their sensors to our facility for testing on our NESSIE Infrared LED Scene Projector System.

Recently, we had the pleasure of hosting Brandywine Photonics, who utilized our service to test their Weather Sat Camera. John Fisher shared, “When integrated into our Delphi test and simulation environment, NESSIE enables a much higher level of space systems mission assurance than previously possible. It was fantastic to see moving objects inserted into projected video, enabling our algorithms validation.

CDS is proud to support the IR community with cutting-edge testing services that help develop the next generation of sensors. Whether it’s space applications or other advanced technologies, CDS is here to make your testing experience efficient and successful.

#InfraredSatellites hashtag#FireMapping hashtag#TheaterWeatherImaging and Space-based Situational Awareness hashtag#SSA hashtag#SensorTesting hashtag#IRSP

We are thrilled to announce that we’ve just been awarded a Patent for our groundbreaking MACH1 Read-In-Integrated-Circuit (RIIC)

CDS Admin — Wed, 18 Sep 2024 16:03:39 +0000

This innovative technology is set to revolutionize the Infrared Scene Projector System (IRSP) market by delivering unprecedented capabilities:

Hotter apparent temperatures
Faster frame rates
Larger resolutions
High Dynamic Range

The MACH1 RIIC is a game-changer for sensor testing, empowering the industry with the ability to push boundaries in next-generation sensor validation and performance evaluation including Hardware in the Loop (HWIL) and dynamic infrared scene projector capabilities. At CDS, we are committed to leading the way in cutting-edge IR technologies, and this patent marks a significant milestone in our journey! Stay tuned for more exciting developments as we continue to shape the future of IRSP systems.

CDS and TELOPS Collaborate for Successful Camera and ROIC Testing with NESSIE Projector System

CDS Admin — Wed, 18 Sep 2024 15:50:45 +0000

CDS and TELOPS Collaborate for Successful Camera and ROIC Testing with NESSIE Projector System

We are thrilled to introduce our Sensor Testing as a Service offering!

At CDS, vendors can now bring their sensors to our facility for comprehensive testing on our NESSIE Infrared LED Scene Projector System.

Recently, we had the privilege of working with TELOPS, who utilized this service to test their current and next-generation cameras and ROICs. It was a highly successful day of testing, and we’re proud to deliver cutting-edge capabilities to advance sensor technologies.

With this service, we aim to support the IR community in pushing boundaries and developing the next generation of sensor systems. Whether you need sensor validation or performance evaluation, CDS is here to help you achieve your testing goals!

Interested in learning more? Reach out to us today and see how CDS can elevate your sensor testing experience!

Meet Chip Design Systems (CDS) at SPIE Defense + Commercial Sensing!

CDS Admin — Tue, 16 Apr 2024 15:10:19 +0000

🚀We’re delighted to invite you to connect with us at the SPIE Defense + Commercial Sensing conference, held at the prestigious Gaylord National Resort & Convention Center. Find us at Booth #736, where we will be ready to discuss the NESSIE Infrared LED Scene Projector System and how it can transform your IR sensor testing and development.
🔧 Why Visit Our Booth?

Performance Insight: Learn about our projector’s capabilities, including frame rates up to 400 Hz and specialized sub-window frame rates up to 20,000 Hz.
Precision and Flexibility: Discuss how our high-resolution and scalable resolution options, up to 2048×2048 pixels, can meet the demanding needs of your IR sensor projects.
Custom Solutions: Explore our tailored options in various wavelengths (MWIR, LWIR, UV) and configurations, including dual-band systems.
Expert Advice: Our team will be available to provide insights into how our systems can integrate with your existing setups and enhance your sensor testing and development efforts.

📅 Connect and Collaborate Visit us to discuss how our advanced technologies and services can help accelerate your projects and solve complex challenges in sensor development.

#SPIEDCS #InfraredTechnology #SensorTesting #Innovation #ChipDesignSystems