Radiant Semiconductors offers an innovation that re-engineers the functionality of portable communication and computation. Our VLSI (Very Large Scale Integration) circuit delivers high performance workstations, circuit tester systems, commercial aided design and unique signal processing simulating a modular methodology saving microchip area with hierarchical nesting.
Enabling adaptation of complex semiconductor and telecommunication technologies within a multi-functional microprocessor, our solutions combine fault diagnosis, testing, simulation, power estimation and synthesis with smart VLSI technology.
Radiant Semiconductors extends a holistic ASIC & FPGA verification approach towards quality, interoperability and reusability of Integrated Circuits (IC). We develop comprehensive solutions to our client OEMs, fabless design houses and electronic system design companies with intensive research and analysis of challenges presented by the designs and employ desirable solutions to achieve working silicon.
Our verification engineer services purvey dynamic scope to integrate a wide array of in-house or 3rd party single device IP integration including digital/analog cells, embedded processors, memories within sustainable timelines. Services from Radiant Semiconductors involve a standardised approach to ASIC & FPGA design verification comprising capacity testing, verification planning, strategy and implementation in alignment with the design requirements.
The active IC, SoC, ASIC or FPGA project support services to semiconductor and systems companies is a strong suit of Radiant Semiconductors. Our full turnkey solution ensures adherence to communication protocols with primed design to facilitate development of subsystems, IP block or augment existing design teams with specialised resources using EDA infrastructure.
Our expert team of physical design engineers entrust executable design architecture and algorithms consisting a detailed technical analysis from high end to specific modules. We maintain a significant platform to affiliate processes and people to successfully implement physical design and silicon realisation.
Combining expertise and professional skills Radiant Semiconductors offer proven DFT services with industry standard DFT Tools. We optimised the tools and processes synergising test development, test application and diagnostics. Our DFT Engineers formulate the best design flow and implementation strategies ensuring an optimised design to suit the right schedule at affordable prices.
Our experts debug the existing challenges, reduce time-to-market and improve test predictability delivering seamless and quick silicon solutions. Radiant offers services worldwide with its range of design consulting options in leading edge nodes and interfaces.
Team Radiant oracles in all facets of electrical design services including digital, mixed signal,wireless, analog circuit and RF designs. Our digital design is an integration of logical correctness, circuit density maximisation and effective placements of circuits to route clock and timing signals.
We also specialise in Analog IC including RF IC design to present efficient development programs. Our Analog design supports a comprehensive approach in the design of op-amps, linear regulators, phased locks loops, oscillators and active filters aligning power dissipation, speed and resistance in circuits.
Radiant’s competitive advantage extends sophisticated services, libraries and middleware for in-vehicle infotainment creating seamless adaptation and integration of automotive navigation systems, 3rd party device connectivity systems, steering wheel audio controls and handsfree voice control
A well-established standard for infotainment with secured software development and implementation bridges CAN and AVB standards building secured embedded systems interconnecting all devices of IVI including head unit, rear-seat entertainment systems, telematics unit, amplifier, central audio processor, rear and front view cameras.
The advanced driver assistance system solutions from Radiant operate with an advanced automated technology to facilitate a safe human-machine interface. Our ADAS are developed to enhance automation, adaptation to the dynamic requirements of safety and responsiveness.
The ADAS comprises sensors, cameras and other devices offering adaptive features such as automated lighting, collision avoidance, satellite navigational assistance and traffic warnings to detect and alert nearby obstacles or driver errors.
Radiant Semiconductors offer a full custom analog IC layout service at block and chip levels. We have impending experience in developing a range of ASICs enabling solutions that aids a library of Silicon guaranteed IPs including sensor interfaces, ADCs, DACs, PRCs, PLLs, amplifiers and more for circuit performance reliability, die size and production yield.
Our Analog engineers with a deep sense of IC design background create layout designs with enlightened considerations resulting in a complete verification of integrated or taped GDSII data into the semiconductor foundry according to industry standard formats.
Radiant Semiconductors offer bespoke safety systems featuring detection, alertness and responsiveness to both active and passive risks. Our passive safety features comply with the quick deployment of devices responding to warning signs with motion detections and minimise possible damages and risks of injury at the time of impact.
We develop the most active safety features with agile functionality facilitating traction control, electronic safety control and braking systems assisting systems that use devices in the detection and warning of forward collision, lane departure with adaptive cruise control.
Active safety system works to prevent an accident. These systems always stay active while you drive, and continuously work to keep you from getting into an accident. Most active safety features are electronic and controlled by a computer. They include traction control, electronic stability control, and braking systems. These also include advanced driver assist systems that use sensors such as forward collision warning and lane departure warning, along with adaptive cruise control.