RiseTime

Our Services

In this era of collaborative environment, the team needs to be expert in end to end solutions, i.e spec to silicon. Risetime and its talent workforce have worked on challenging assignments in the past and are capable of delivering the same with outmost quality for our prospective clients.

ASIC Design & Verification:

Last decade has been a very exciting for anybody working in semiconductor. Consumer expectations coupled with low product lifecycle time demand optimal processes that can be executed with lowest possible cost and fastest time-to-market. Complex systems these days integrate many applications on a single board and more often in a single chip. This has resulted in increase of design complexity and yet need to be implemented with high speed, low power and lowest area. Our talented engineers at Risetime are capable of SOC design from Architecture to tape out. Vastly experienced workforce over a period of time have developed silicon proven designs as per desired PPA - Power, Performance, and Area, requirements. Risetime engineers have worked on chips targeted for automotive, data center, microprocessors, IOT and mobile applications.

Custom Analog Circuit & Layout Design:

Risetime provides Backend Design Services which include Analog & mixed signal circuit design , Custom Layout , package design and PCB design Our engineers are well versed with industry standard tools and technologies We excel at delivering designs with highest quality, silicon proven methodologies, less iterations, high reliability in tight timelines.Our Offerings: 1.Memory, Analog & Mixed Signal Design A) EX: High speed I/O design ( DDR1 to DDR5, LVDS, SerDes PHY design, PCIE) , Clock circuits (PLL, DLL, Oscillator), Opamp design , Low power Analog design, Regulators ( Linear, DC-DC converters), GPIO design, Analog circuit Migration or porting to latest technologies, Memory design, Std cell library design etc.
b) Mixed signal verification

Embedded Systems

Risetime can be your partner to develop solutions for embedded product engineering and development. Embedded systems and software are driving the all aspects of modern life and there is hardly any sector that doesn’t have electronics footprint these days. With availability of powerful hardware a cost effective, embedded software can help companies expand the electronics foot print in various areas such as consumer electronics, transportation, telecom, medicine, and manufacturing. cloud-enabled devices have accelerated integration of entire ecosystem in sectors such as energy, healthcare, automotive, security, point of sale, and home automation. In this era the products with SOC’s demand extreme reliability at lower development cost and time. The inhouse R & D team is capable of developing complete product or a specific module. Our expertise Our Offerings :

1) System Engineering
2) Hardware Development
3) Software development
4) Quality assurance services

Physical Design

Risetime’s physical design team comes with considerable execution expertise on complex SoC designs, latest tech nodes & industry standard methodologies. Our engineers are experienced to work on quick production and fabrication cycles. Our offerings:

1) RTL to GDSII ( Full chip or block level )
2) Netlist to GDSII ( Full chip or block level )
3) ECO’s ( Manual and automated)
4) DFT
5) Low Power implementation
6) Multi Power domain designs
7) Advanced Technology nodes
8) EM/IR
9) Technology Migration
10) Foundry Migration
11) Backend Flow & Methodology development
12) IP/Block Hardening:
Experience of working on standard tool flows from standard EDA vendors Synopsys, Cadence, Mentor, Apache etc

Why Risetime ?

Architecture feasibility, Hardware/Software partition
IP Development from scratch and maintenance
SoC / Sub-system integration
Test chip development
Expertise in

I2C, UART, SPI, AXI, AHB, APB, MIPI, CSI/DSI and various custom bus fabrics. PCIe, Rapid IO, GBE, USB1.0, USB2.0, USB3.0, Fast Ethernet and other interfaces CPU Core architectures which include Cortex A15, A9, A8, A7, A5 Cortex, R7-4, ARM7, ARM9, ARM11, T1 DSP, OMAP, Intel ATOM, X86, Power PC etc. · FPGA Prototyping of complex SoC’s · Emulation · Complete SoC verification environment from scratch and ability to work on existing / legacy environment. · Gate Level Simulation · Low power verification methodology with CPF, UPF · UVM/OVM/VMM/Assertion based verification · Expertise in System Verilog, Vera, Specman E, C, C++, Verilog · Functional coverage implementation, analysis and closure. RTL Code coverage · Scripting in Perl, Python, Ruby, Tcl and Shell · Expertise in working on Industry standard flows using tools from leading EDA providers such as Synopsys, Cadence, Mentor Graphics, etc.