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COMMUNICATION

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DATA ANALYSIC

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INVESTMENT

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FINANCE PLANING

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TAX MANAGEMENT

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BUSINESS ANALYSIS

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FINANCIAL ADVICES

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RISK MANAGEMENT

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Physical Design

Working on lower technological nodes like 3nm, 5nm, etc. plays to our strengths. The subject matter experts at VLSI MONKS are familiar with physical design processes and flow, ensuring that projects meet their PPA (power, performance, and area) objectives to the fullest extent possible. Our team's main goal is to give customers faster time to market by producing designs that easily pass several iterations of foundry-specific DRCs, LVSs, and ERCs.

Frontend Verification

It’s interesting to note that the success of a sophisticated IC design heavily depends on how smoothly it navigates the front-end designs and associated verifications. Fortunately, the talented team of engineers at VLSIMONKS is particularly skilled at completing a variety of projects in front-end RTL Designs, SoC integrations of multi-million gates IPs, FPGA & system architecture design, and ASIC & IP prototype with FPGA. The group has practical experience in the automotive, graphics, server, modem, and 5G industries.

VLSI MONKS has been a notable pioneer in creating the most innovative and error-free designs in the shortest turnaround time thanks to client-centric administrations in place. VLSI MONKS is a one-stop shop since it offers UVM based functional & formal approaches, VIP Development, and Gate level simulations of IP and SoC designs.

RTL Design

We create a high level architectural paper in accordance with current industry standards, then a detailed low level design document, and finally we develop RTL code in verilog and systemverilog while adhering to efficient coding recommendations. For a number of industry verticals, we have extensive knowledge in front-end RTL design and SoC integration. Our RTL Design team is extremely knowledgeable with low power, clock domain crossing, PLDRC, static timing analysis, formal verification, and RTL design. Our team of seasoned design engineers has worked on several facets of the RTL design flow on chips used in the automotive, mobile, networking, multimedia, and CPU industries. They are supported by a group of mid-level engineers.

Embedded Design

In addition to hardware design services such as multilayer PCB and FPGA-based hardware design, we offer end-to-end embedded software development services such as firmware, BSP, middleware, Linux, device drivers, and bootloader development.

Our talented and committed staff has extensive experience managing ARM and X86 architectures. It is also known for supporting a variety of microcontrollers. When providing Embedded System Design services for Storage, Automotive, Networking, and Consumer applications, the team ensures dependability and quality.

To assist you obtain a considerable competitive advantage, VLSI MONKS primarily attempts to decode this complicated software and hardware technology amalgam to produce solutions that are reliable, high-performing, and inventive.

Layout Design

The VLSI MONKS Team has a wealth of experience designing circuits and layouts. We offer assistance with a variety of designs at the transistor, block, IP, and chip levels. The VLSI MONKS Team has experience with a variety of process nodes, including Finfet (16nm/14nm, 12nm, 10nm, 7nm, 6nm, and 5nm) and Planar (180nm/14nm, 130nm, 110nm, 65nm, 55nm, 45nm, 40nm, and more) with foundries from TSMC, Samsung, UMC, GF, and Intel.