Doncaster, England, United Kingdom Hybrid / WFH Options
JR United Kingdom
intent using customer’s flow · Trial synthesis and constraints updates, logical equivalency checking (LEC) Required Skills & Knowledge: · Micro-architecture design, RTL coding in System Verilog for either of below blocks: o Power management control o Subsystem/SOC clock control · Synthesis using Design Compiler/Fusion compiler · RTL/gate More ❯
Chester, England, United Kingdom Hybrid / WFH Options
JR United Kingdom
intent using customer’s flow · Trial synthesis and constraints updates, logical equivalency checking (LEC) Required Skills & Knowledge: · Micro-architecture design, RTL coding in System Verilog for either of below blocks: o Power management control o Subsystem/SOC clock control · Synthesis using Design Compiler/Fusion compiler · RTL/gate More ❯
Wakefield, England, United Kingdom Hybrid / WFH Options
JR United Kingdom
intent using customer’s flow · Trial synthesis and constraints updates, logical equivalency checking (LEC) Required Skills & Knowledge: · Micro-architecture design, RTL coding in System Verilog for either of below blocks: o Power management control o Subsystem/SOC clock control · Synthesis using Design Compiler/Fusion compiler · RTL/gate More ❯
Bradford, England, United Kingdom Hybrid / WFH Options
JR United Kingdom
intent using customer’s flow · Trial synthesis and constraints updates, logical equivalency checking (LEC) Required Skills & Knowledge: · Micro-architecture design, RTL coding in System Verilog for either of below blocks: o Power management control o Subsystem/SOC clock control · Synthesis using Design Compiler/Fusion compiler · RTL/gate More ❯
Warrington, England, United Kingdom Hybrid / WFH Options
JR United Kingdom
intent using customer’s flow · Trial synthesis and constraints updates, logical equivalency checking (LEC) Required Skills & Knowledge: · Micro-architecture design, RTL coding in System Verilog for either of below blocks: o Power management control o Subsystem/SOC clock control · Synthesis using Design Compiler/Fusion compiler · RTL/gate More ❯
Liverpool, England, United Kingdom Hybrid / WFH Options
JR United Kingdom
intent using customer’s flow · Trial synthesis and constraints updates, logical equivalency checking (LEC) Required Skills & Knowledge: · Micro-architecture design, RTL coding in System Verilog for either of below blocks: o Power management control o Subsystem/SOC clock control · Synthesis using Design Compiler/Fusion compiler · RTL/gate More ❯
Bolton, England, United Kingdom Hybrid / WFH Options
JR United Kingdom
intent using customer’s flow · Trial synthesis and constraints updates, logical equivalency checking (LEC) Required Skills & Knowledge: · Micro-architecture design, RTL coding in System Verilog for either of below blocks: o Power management control o Subsystem/SOC clock control · Synthesis using Design Compiler/Fusion compiler · RTL/gate More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases #J-18808-Ljbffr More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases #J-18808-Ljbffr More ❯
show all implemented tests passing on the RTL. • Methodologies will include a mix of design checks, verification techniques using simulators and emulators: UVM, formal, Verilog/System Verilog based testbenches and C, System Verilog, UVM based testcases #J-18808-Ljbffr More ❯
