Semiconductor Engineering
Plan Verification (Mixed Signal, Analog, and Digital)
Our outline confirmation specialists have long periods of hands-on involvement with simple, computerized, and blended flag gadgets, and in addition protected innovation (IP) squares. We perform computerized and blended flag check utilizing thorough all inclusive confirmation philosophy (UVM). We center around check as a standout amongst the most imperative undertakings, starting with arranging the sort of test systems to building up the confirmation arrange for that maps the necessities and breaking the gadget, including a far reaching coveragemetrics. We have the ability to cooperate with you on approachs like FastMOS Ultrasim to enhance time effectiveness for blended flag reenactment and on a social demonstrating procedure in System Verilog, Verilog AMS, and Verilog An and so on. We have hands-on involvement with simple blended flag (AMS) reproductions, door level reenactments with recreation defer record (SDF) explanation, outline for test (DFT) confirmation, RC extraction, and ARM sub-framework and SoC level check for car (with ISO26262 consistence), shopper and mechanical applications, server farms and the sky is the limit from there.
Installed Software Design and Services
Our installed programming and application improvement group offers industry involvement in AUTOSAR improvement with ISO26262 consistence, cutting edge propelled drive help frameworks (ADAS), infotainment application advancement, PC vision, and handheld applications and administrations. We help you in planning your application end to end. A considerable lot of our clients have profited from our mastery, from our board bolster bundle (BSP) to framework approval. Approach us for our PC vision and car demos!
Silicon Validation
From our board plans to thorough post-silicon seat approval for different kinds of silicons, including car control administration IC (PMIC) with ISO26262, chip, shopper, and mechanical gadgets, we offer an assortment of help intended to enhance our clients’ capacities. Our aptitude ranges from the determination of hardware and making a far reaching approval design with mapping to creating necessity details to bug following and working intimately with engineers to guarantee usefulness and scope. We perform LabVIEW mechanization of seat approval, and portrayal of parameters, seat, and programmed test hardware (ATE) relationship to guarantee a smoother progress into the generation procedure.
Physical IC Design
Rich involvement in the physical plan stream, techniques and driving EDA apparatuses empowers SatsInfra to convey physical outline administrations for any semiconductor innovation and geometry down to the most recent 10 nm finFET process. Our plan forms guarantee that we convey netlist to GDSII in only two cycles or less. We give DFT, programmed test design age (ATPG), and the floor arranging area and course, parceling, control island configuration, including low power improvement, clock-tree blend and flag trustworthiness investigation, and ECO execution, as required.
Custom IC Design
Our customers utilize the most recent and most progressive semiconductor advances. In all cases, the relocation starting with one semiconductor configuration process then onto the next requires noteworthy IP movement starting with one innovation hub then onto the next. Our pros perform custom IP outline and relocation to empower a quicker reception of new higher execution and lower control semiconductor hubs. This empowers our customers to drive the main edge advancements and contend in the worldwide commercial center.
DFT
Our colleagues unite long stretches of involvement in ideal pressure methods with a secluded approach and a pressure factor, going from 10x to 20x, most elevated test scope with productive blame models, worked in-individual test (BIST) for memory and rationale, on-chip test assets, ability in filter inclusion, ATPG design age for various blame models and example approval with a planning reproduction, JTAG approval, and low-control DFT usage, including IEEE 1149.1 and 1149.6 guidelines for JTAG and execution testing, post-silicon ATE troubleshoot, and bolster.
Format
Our Layout group has long stretches of hands-on involvement in custom formats with aptitude, for example, 112 GHz SERDES outline advancement in 16nm, and improvement of sensor modules in 7nm, discharging a normal of 3-4 LNAs consistently (CL), and PMIC for car applications. We have finished various testing IP improvements utilizing propelled process hubs 16nm, 10nm, and 7nm effectively.
Our format mastery likewise incorporates advanced and simple areas, including simple to computerized converters (ADC), charge pumps, straight exchanging controllers, and SERDES. We likewise have finished a portrayal of a standard cell library, memory and simple modules, ESD (static charge) and bond cushion/knock format plan, RF custom designs, and custom memory advancement utilizing static arbitrary access memory (SRAM) and, read-just memory (ROM).