Argus(AESPL) has built competencies in Semiconductor design and manufacturing acquiring in-depth knowledge and expertise, creating intellectual property and re-usable platforms. We have integrated hardware, software, and system design to provide our customers with valuable solutions. Argus develops Post Silicon Validation Board, ASIC Evaluation Board, SoC Development Board and semiconductor Reference board Design packages for our semiconductor clients. Argus Systems believes in "First time, Right solution" and with experienced technical resources, we can be your complete electronic product design partner.
Post Silicon Validation remains an important and integral part of highly complex multimillion gate design and silicon manufacturing process. Where Process nodes are shrinking towards making power efficient and high performance electronic devices , with increasing silicon design complexities and decreasing time-to-market windows, today s verification approaches are incapable of fully validating a microprocessor before its release to the market for Public consumption . Post-silicon validation is necessary and essential to detect complex functional defects in addition to exposing electrical and manufacturing defects. Approach Typical Post Silicon validation projects run for 12-18 months, until a new platform/chipset is introduced into the market. Within Post Silicon Validation, UST engineers specialize in Compatibility Validation (CV), Interoperability (Interop), Basic Input Output System (BIOS), Dynamic Platform Thermal Framework (DPTF). This team is in-charge of ensuring that the new processor is compatible with old lamps , using a variety of operating systems, applications and other widgets. Product companies cannot earn revenue for a product (chipset, motherboard components, Bluetooth et al) , until that product has met Product Readiness Qualification (PRQ). Post Silicon Validation is essential part of the lifespan of the project, as any bug escapes to the end customer could result in costly recalls . Validation in the post-silicon domain is carried out by executing constrained-random test instruction sequences on a silicon prototype.
Assist to prepare the Validation Master Plan (VMP)Prepare the Design / Installation/ Operation Qualification ProtocolExecution of the DQ/IQ/OQ Validation Protocols with ClientsSupport Clients for establishing the Performance Qualification Protocol
Using a well defined validation methodology and capabilities across pre-silicon development cycle, Open-Silicon enables hardware and software verification in post-silicon bring up phase. These include electrical checks, device characterization, function and performance qualification, and various tests based on customer requirements. Hardware Board Design and Development Printed Circuit Boards (PCBs) developed might be silicon validation bring-up boards, form factor evaluation boards, or system boards for production. Open-Silicon s PCB design team has experience in areas as diverse as networking modules, medical systems, smartphones, multimedia boards, and audio conferencing systems.
Post Silicon Validation remains an important and integral part of highly complex multimillion gate design and silicon manufacturing process. Where Process nodes are shrinking towards making power efficient and high performance electronic devices , with increasing silicon design complexities and decreasing time-to-market windows, today s verification approaches are incapable of fully validating a microprocessor before its release to the market for Public consumption . Post-silicon validation is necessary and essential to detect complex functional defects in addition to exposing electrical and manufacturing defects. Approach Typical Post Silicon validation projects run for 12-18 months, until a new platform/chipset is introduced into the market. Within Post Silicon Validation, UST engineers specialize in Compatibility Validation (CV), Interoperability (Interop), Basic Input Output System (BIOS), Dynamic Platform Thermal Framework (DPTF). This team is in-charge of ensuring that the new processor is compatible with old lamps , using a variety of operating systems, applications and other widgets. Product companies cannot earn revenue for a product (chipset, motherboard components, Bluetooth et al) , until that product has met Product Readiness Qualification (PRQ). Post Silicon Validation is essential part of the lifespan of the project, as any bug escapes to the end customer could result in costly recalls . Validation in the post-silicon domain is carried out by executing constrained-random test instruction sequences on a silicon prototype.
Post Silicon Validation remains an important and integral part of highly complex multimillion gate design and silicon manufacturing process. Where Process nodes are shrinking towards making power efficient and high performance electronic devices , with increasing silicon design complexities and decreasing time-to-market windows, today s verification approaches are incapable of fully validating a microprocessor before its release to the market for Public consumption . Post-silicon validation is necessary and essential to detect complex functional defects in addition to exposing electrical and manufacturing defects.