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Product Introduction
Synopsys ZeBu EP2 is the most scalable unified hardware platform for emulation and prototyping. It leads the industry with the highest performance and capacity scaling to validate long software workloads for billion+ gate designs.ZeBu EP2 builds on the ZeBu EP1 platform while improving capacity density, and scalability provided by EP1.
Growing software, silicon, and system complexity requires hardware-assisted verification solutions to achieve first pass silicon success. ZeBu EP2's peformance and capacity scaling support the key use cases for verification and validation needed to achieve design objectives. Along with performance and scalability, Synopsys ZeBu EP2 supports the largest library of transactor models, memory models, and speed adaptors to run demanding workloads such as AI, networking, and evolving architectures.
Highlights
- The most scalable, unified platform that supports both emulation and prototyping
- Extends the performance and scalability of Synopsys ZeBu® EP1
- Capacity scaling supports up to 5.8 billion gates
- Highest performance platform supporting petacycle workloads required for complex systems and SoCs
- Support for key hardware-assisted verification use cases including; early RTL verification & regression, SW bring-up, power and performance analysis, and SW/HW validation
- Lowest cost of ownership with single hardware platform
Features
ZeBu EP2 |
Specifications |
Max Capacity |
Up to 1.44 billion gates, single rack Scalable up to 5.76 BG |
Max Power |
< 10 kW / billion gates |
Dimensions |
H: 208cm, W: 74cm, D: 129cm |
Weight |
< 720Kg |
ZeBu Software |
|
Language Support |
Verilog, VHDL, SystemVerilog, EDIF gate-level, SystemVerilog assertions, OVL, SystemC |
Use Modes |
Hybrid with virtual prototypes, simulation acceleration, power analysis, synthesizable test bench, transaction- based emulation, in-circuit emulation, virtual host and devices, virtual tester |
Low Power Verification |
IEEE 1801 UPF, power domains, power gating, isolation, retention |
Power Analysis |
RTL average power, gate level average and cycle power |
Debug |
View all signals anytime with unlimited waveform upload onto host, or limited waveform depth capture by using interactive/batch waveform reconstruction within Verdi |
Vertical Solutions |
Vertical market solutions spanning transactors, memory models, hybrid solutions, virtual system adaptors and speed adaptors |
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