Developing high quality RTL is challenging because the chip needs to be low on area and power consumption and at the same time provide adequate performance. To overcome this, we leverage dozens of years’ experience of our team and follow stringent design checklist.
Micro-Architecture
RTL Development & QC Checks e.g. Lint, CDC
Design Timing Constraints
Low Power Design Implementation & UPF Checks
Logical Equivalance check
Synthesis and STA
AMBA AXI, AHB, APB, Protocols, OCP, ARM Subsystem
Audio, Display, Camera, PCIe, Ethernet, USB Subsystems
PCIe, Ethernet, OCP, WLAN, CPU domain
We have the one of the strongest team in DV. Our team can execute verification from scratch of complex SoC’s and IP’s by using latest methodologies such as SV-UVM, UPF and meeting key KPI such as 100% functional and code coverage. We also provide silicon proven VIP for latest IP’s and provide source code and aftersales support to our customers.
Advanced IP & SoC Verification
SV-UVM Based Constrained - Random Verification
Verification Plan, Environment, Test Bench Development
Low Power Verification
Gate Level simulation
Assertion based Formal Verification
VIP Development and Integration
Palladium, Zebu & Veloce based Validation Silicon validation
UVM
OVM
RM
C-based
System C
UPF based
GLS
ARM
DSP
Graphics
Display
Camera
Security
CPU
PCI-E
Ethernet
NVMe
USB
MIPI
DDR
WLAN
SDIO
FlexRay
Behavioral Modelling
CO-simulation
WREAL
System verification
BloomConn team in Emulation and FPGA design have hands-on experience doing the following activities
at several of our clients:
ASIC / IP Prototyping with FPGA
Processor-based emulation
FPGA-to-FPGA, FPGA-to-ASIC, ASIC-to-FPGA conversion
Embedded hardware and software support
Board design and bring-up
System Integration & Validation