SlideShare una empresa de Scribd logo
1 de 15
FPGA to ASIC, ASIC to ASIC, DSP to ASIC CONVERSIONs
Reduce Production Cost  Reduce your FPGA chip cost by more than 50% from your product, with no effort from your side"  KaiSemi provides you a Guaranteed ASIC drop-in replacement with No NREpayment, as Fast as 6-14 weeks. KaiSemi is the only vendor who owns in-house semi-automated tools converting FPGA-to-ASIC directly from netlist, any size of FPGA. KaiSemi will convert your FPGA, covering the whole ASIC workflow from customer decision until 2nd source product shipping, seamless to customer work.  relies on a strong firm financial footing of Kai-Tek Group and a massive proven conversion experience.
About KaiSemi ,[object Object],FPGA-to-ASIC  ASIC-to-ASIC DSP-to-ASIC MultiChip-to-ASIC www.kaisemi.com ,[object Object],www.kai-tek.com ,[object Object],www.ateg-ww.com
Specialists of Cost-reduction chips ,[object Object]
Any size of FPGA
Seamless automated conversion directly from Netlist
End-Of-Life continuation ASIC-to-ASIC replacement.
Cost-reduction by merging multiple FPGAs/ASICs:
into a single-die replacement, or
into a multi-die single package replacement
Drop-in replacement:
fully compatible pin-to-pin 2nd source
functional replacement with decreased package
Cost-reduction  and performance boost by DSP-to-ASIC.KaiSemi services
Technical background:Why replace FPGA by ASIC ? ,[object Object]

Más contenido relacionado

La actualidad más candente

Security issues in FPGA based systems.
Security issues in FPGA based systems.Security issues in FPGA based systems.
Security issues in FPGA based systems.Rajeev Verma
 
Asic design lect1 2 august 28 2012
Asic design lect1 2 august 28 2012Asic design lect1 2 august 28 2012
Asic design lect1 2 august 28 2012babak danyal
 
Xilinx virtex 7 fpga - Semester Presentation
Xilinx virtex 7 fpga - Semester PresentationXilinx virtex 7 fpga - Semester Presentation
Xilinx virtex 7 fpga - Semester PresentationMuhammad Muzaffar Khan
 
Implementation of secure rfid on fpga
Implementation of secure rfid on fpgaImplementation of secure rfid on fpga
Implementation of secure rfid on fpgaansh1692
 
FPGAs : An Overview
FPGAs : An OverviewFPGAs : An Overview
FPGAs : An OverviewSanjiv Malik
 
Fpga asic technologies_flow
Fpga asic technologies_flowFpga asic technologies_flow
Fpga asic technologies_flowravi4all
 
Traditional vs. SoC FPGA Design Flow A Video Pipeline Case Study
Traditional vs. SoC FPGA Design Flow A Video Pipeline Case StudyTraditional vs. SoC FPGA Design Flow A Video Pipeline Case Study
Traditional vs. SoC FPGA Design Flow A Video Pipeline Case StudyAltera Corporation
 
Digital VLSI Design and FPGA Implementation
Digital VLSI Design and FPGA ImplementationDigital VLSI Design and FPGA Implementation
Digital VLSI Design and FPGA ImplementationAmber Bhaumik
 
Fpga optimus main_print
Fpga optimus  main_printFpga optimus  main_print
Fpga optimus main_printSushant Burde
 
Implementation of Soft-core processor on FPGA (Final Presentation)
Implementation of Soft-core processor on FPGA (Final Presentation)Implementation of Soft-core processor on FPGA (Final Presentation)
Implementation of Soft-core processor on FPGA (Final Presentation)Deepak Kumar
 
Fpga Device Selection
Fpga Device SelectionFpga Device Selection
Fpga Device SelectionVikram Singh
 
FPGA_Overview_Ibr_2014
FPGA_Overview_Ibr_2014FPGA_Overview_Ibr_2014
FPGA_Overview_Ibr_2014Ibrahim Hejab
 
Design of LDPC Decoder Based On FPGA in Digital Image Watermarking Technology
Design of LDPC Decoder Based On FPGA in Digital Image Watermarking TechnologyDesign of LDPC Decoder Based On FPGA in Digital Image Watermarking Technology
Design of LDPC Decoder Based On FPGA in Digital Image Watermarking TechnologyTELKOMNIKA JOURNAL
 
ScilabTEC 2015 - Xilinx
ScilabTEC 2015 - XilinxScilabTEC 2015 - Xilinx
ScilabTEC 2015 - XilinxScilab
 

La actualidad más candente (20)

Security issues in FPGA based systems.
Security issues in FPGA based systems.Security issues in FPGA based systems.
Security issues in FPGA based systems.
 
Asic design lect1 2 august 28 2012
Asic design lect1 2 august 28 2012Asic design lect1 2 august 28 2012
Asic design lect1 2 august 28 2012
 
Xilinx virtex 7 fpga - Semester Presentation
Xilinx virtex 7 fpga - Semester PresentationXilinx virtex 7 fpga - Semester Presentation
Xilinx virtex 7 fpga - Semester Presentation
 
Implementation of secure rfid on fpga
Implementation of secure rfid on fpgaImplementation of secure rfid on fpga
Implementation of secure rfid on fpga
 
FPGA workshop
FPGA workshopFPGA workshop
FPGA workshop
 
FPGAs : An Overview
FPGAs : An OverviewFPGAs : An Overview
FPGAs : An Overview
 
Fpga asic technologies_flow
Fpga asic technologies_flowFpga asic technologies_flow
Fpga asic technologies_flow
 
Traditional vs. SoC FPGA Design Flow A Video Pipeline Case Study
Traditional vs. SoC FPGA Design Flow A Video Pipeline Case StudyTraditional vs. SoC FPGA Design Flow A Video Pipeline Case Study
Traditional vs. SoC FPGA Design Flow A Video Pipeline Case Study
 
ASIC DESIGN FLOW
ASIC DESIGN FLOWASIC DESIGN FLOW
ASIC DESIGN FLOW
 
Digital VLSI Design and FPGA Implementation
Digital VLSI Design and FPGA ImplementationDigital VLSI Design and FPGA Implementation
Digital VLSI Design and FPGA Implementation
 
Fpga optimus main_print
Fpga optimus  main_printFpga optimus  main_print
Fpga optimus main_print
 
Fpga design flow
Fpga design flowFpga design flow
Fpga design flow
 
Implementation of Soft-core processor on FPGA (Final Presentation)
Implementation of Soft-core processor on FPGA (Final Presentation)Implementation of Soft-core processor on FPGA (Final Presentation)
Implementation of Soft-core processor on FPGA (Final Presentation)
 
Session 2,3 FPGAs
Session 2,3 FPGAsSession 2,3 FPGAs
Session 2,3 FPGAs
 
Fpga Device Selection
Fpga Device SelectionFpga Device Selection
Fpga Device Selection
 
What is FPGA?
What is FPGA?What is FPGA?
What is FPGA?
 
Cpld fpga
Cpld fpgaCpld fpga
Cpld fpga
 
FPGA_Overview_Ibr_2014
FPGA_Overview_Ibr_2014FPGA_Overview_Ibr_2014
FPGA_Overview_Ibr_2014
 
Design of LDPC Decoder Based On FPGA in Digital Image Watermarking Technology
Design of LDPC Decoder Based On FPGA in Digital Image Watermarking TechnologyDesign of LDPC Decoder Based On FPGA in Digital Image Watermarking Technology
Design of LDPC Decoder Based On FPGA in Digital Image Watermarking Technology
 
ScilabTEC 2015 - Xilinx
ScilabTEC 2015 - XilinxScilabTEC 2015 - Xilinx
ScilabTEC 2015 - Xilinx
 

Destacado

Destacado (11)

SOC design
SOC design SOC design
SOC design
 
Programmable asic i/o cells
Programmable asic i/o cellsProgrammable asic i/o cells
Programmable asic i/o cells
 
Today's FPGA Ecosystem - Neeraj Varma, Xilinx
Today's FPGA Ecosystem - Neeraj Varma, XilinxToday's FPGA Ecosystem - Neeraj Varma, Xilinx
Today's FPGA Ecosystem - Neeraj Varma, Xilinx
 
ASIC
ASICASIC
ASIC
 
vlsi design flow
vlsi design flowvlsi design flow
vlsi design flow
 
Professional ethics as an engineer
Professional ethics as an engineerProfessional ethics as an engineer
Professional ethics as an engineer
 
VLSI
VLSI VLSI
VLSI
 
System on Chip (SoC)
System on Chip (SoC)System on Chip (SoC)
System on Chip (SoC)
 
FPGA
FPGAFPGA
FPGA
 
Introduction to VLSI
Introduction to VLSI Introduction to VLSI
Introduction to VLSI
 
Basics Of VLSI
Basics Of VLSIBasics Of VLSI
Basics Of VLSI
 

Similar a Reduce FPGA Costs with KaiSemi's ASIC Conversions in 6-14 Weeks

FPGA Accelerated Computing Using Amazon EC2 F1 Instances - CMP308 - re:Invent...
FPGA Accelerated Computing Using Amazon EC2 F1 Instances - CMP308 - re:Invent...FPGA Accelerated Computing Using Amazon EC2 F1 Instances - CMP308 - re:Invent...
FPGA Accelerated Computing Using Amazon EC2 F1 Instances - CMP308 - re:Invent...Amazon Web Services
 
Heterogeneous Computing on POWER - IBM and OpenPOWER technologies to accelera...
Heterogeneous Computing on POWER - IBM and OpenPOWER technologies to accelera...Heterogeneous Computing on POWER - IBM and OpenPOWER technologies to accelera...
Heterogeneous Computing on POWER - IBM and OpenPOWER technologies to accelera...Cesar Maciel
 
TechWiseTV Workshop: Cisco Catalyst 9600: Deep Dive and Design Considerations
TechWiseTV Workshop: Cisco Catalyst 9600: Deep Dive and Design ConsiderationsTechWiseTV Workshop: Cisco Catalyst 9600: Deep Dive and Design Considerations
TechWiseTV Workshop: Cisco Catalyst 9600: Deep Dive and Design ConsiderationsRobb Boyd
 
Announcing Amazon EC2 F1 Instances with Custom FPGAs
Announcing Amazon EC2 F1 Instances with Custom FPGAsAnnouncing Amazon EC2 F1 Instances with Custom FPGAs
Announcing Amazon EC2 F1 Instances with Custom FPGAsAmazon Web Services
 
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATION
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATIONFROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATION
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATIONieijjournal
 
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATION
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATIONFROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATION
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATIONieijjournal
 
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATION
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATIONFROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATION
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATIONieijjournal1
 
iPass Interconnect System
iPass Interconnect SystemiPass Interconnect System
iPass Interconnect SystemPremier Farnell
 
SoC - altera's user-customizable arm-based soc
SoC - altera's user-customizable arm-based socSoC - altera's user-customizable arm-based soc
SoC - altera's user-customizable arm-based socSatya Harish
 
Synopsys User Group Presentation
Synopsys User Group PresentationSynopsys User Group Presentation
Synopsys User Group Presentationemlawgr
 
IRJET- A Review- FPGA based Architectures for Image Capturing Consequently Pr...
IRJET- A Review- FPGA based Architectures for Image Capturing Consequently Pr...IRJET- A Review- FPGA based Architectures for Image Capturing Consequently Pr...
IRJET- A Review- FPGA based Architectures for Image Capturing Consequently Pr...IRJET Journal
 
s2c-success-story-ablaze.pdf
s2c-success-story-ablaze.pdfs2c-success-story-ablaze.pdf
s2c-success-story-ablaze.pdfS2C Limited
 

Similar a Reduce FPGA Costs with KaiSemi's ASIC Conversions in 6-14 Weeks (20)

Introduction to EDA Tools
Introduction to EDA ToolsIntroduction to EDA Tools
Introduction to EDA Tools
 
Fpga vs asic
Fpga vs asicFpga vs asic
Fpga vs asic
 
ASIC vs FPGA
ASIC vs FPGAASIC vs FPGA
ASIC vs FPGA
 
FPGA Accelerated Computing Using Amazon EC2 F1 Instances - CMP308 - re:Invent...
FPGA Accelerated Computing Using Amazon EC2 F1 Instances - CMP308 - re:Invent...FPGA Accelerated Computing Using Amazon EC2 F1 Instances - CMP308 - re:Invent...
FPGA Accelerated Computing Using Amazon EC2 F1 Instances - CMP308 - re:Invent...
 
ASIC VS FPGA.ppt
ASIC VS FPGA.pptASIC VS FPGA.ppt
ASIC VS FPGA.ppt
 
Heterogeneous Computing on POWER - IBM and OpenPOWER technologies to accelera...
Heterogeneous Computing on POWER - IBM and OpenPOWER technologies to accelera...Heterogeneous Computing on POWER - IBM and OpenPOWER technologies to accelera...
Heterogeneous Computing on POWER - IBM and OpenPOWER technologies to accelera...
 
FPGA MeetUp
FPGA MeetUpFPGA MeetUp
FPGA MeetUp
 
TechWiseTV Workshop: Cisco Catalyst 9600: Deep Dive and Design Considerations
TechWiseTV Workshop: Cisco Catalyst 9600: Deep Dive and Design ConsiderationsTechWiseTV Workshop: Cisco Catalyst 9600: Deep Dive and Design Considerations
TechWiseTV Workshop: Cisco Catalyst 9600: Deep Dive and Design Considerations
 
Announcing Amazon EC2 F1 Instances with Custom FPGAs
Announcing Amazon EC2 F1 Instances with Custom FPGAsAnnouncing Amazon EC2 F1 Instances with Custom FPGAs
Announcing Amazon EC2 F1 Instances with Custom FPGAs
 
Ackelware sl
Ackelware slAckelware sl
Ackelware sl
 
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATION
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATIONFROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATION
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATION
 
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATION
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATIONFROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATION
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATION
 
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATION
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATIONFROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATION
FROM FPGA TO ASIC IMPLEMENTATION OF AN OPENRISC BASED SOC FOR VOIP APPLICATION
 
iPass Interconnect System
iPass Interconnect SystemiPass Interconnect System
iPass Interconnect System
 
SoC - altera's user-customizable arm-based soc
SoC - altera's user-customizable arm-based socSoC - altera's user-customizable arm-based soc
SoC - altera's user-customizable arm-based soc
 
Synopsys User Group Presentation
Synopsys User Group PresentationSynopsys User Group Presentation
Synopsys User Group Presentation
 
IRJET- A Review- FPGA based Architectures for Image Capturing Consequently Pr...
IRJET- A Review- FPGA based Architectures for Image Capturing Consequently Pr...IRJET- A Review- FPGA based Architectures for Image Capturing Consequently Pr...
IRJET- A Review- FPGA based Architectures for Image Capturing Consequently Pr...
 
Snug
SnugSnug
Snug
 
Asic
AsicAsic
Asic
 
s2c-success-story-ablaze.pdf
s2c-success-story-ablaze.pdfs2c-success-story-ablaze.pdf
s2c-success-story-ablaze.pdf
 

Reduce FPGA Costs with KaiSemi's ASIC Conversions in 6-14 Weeks

  • 1. FPGA to ASIC, ASIC to ASIC, DSP to ASIC CONVERSIONs
  • 2. Reduce Production Cost Reduce your FPGA chip cost by more than 50% from your product, with no effort from your side" KaiSemi provides you a Guaranteed ASIC drop-in replacement with No NREpayment, as Fast as 6-14 weeks. KaiSemi is the only vendor who owns in-house semi-automated tools converting FPGA-to-ASIC directly from netlist, any size of FPGA. KaiSemi will convert your FPGA, covering the whole ASIC workflow from customer decision until 2nd source product shipping, seamless to customer work. relies on a strong firm financial footing of Kai-Tek Group and a massive proven conversion experience.
  • 3.
  • 4.
  • 6. Seamless automated conversion directly from Netlist
  • 8. Cost-reduction by merging multiple FPGAs/ASICs:
  • 9. into a single-die replacement, or
  • 10. into a multi-die single package replacement
  • 13. functional replacement with decreased package
  • 14. Cost-reduction and performance boost by DSP-to-ASIC.KaiSemi services
  • 15.
  • 17. Protection and copy-securing of Intellectual Property.
  • 18. Board cost reduction: No need for Flash/EPROM chip; May reduce size in a multi-FPGA case.
  • 20.
  • 21. Kai-Semi has an exclusive set of tools and processes to convert directly from FPGA netlist to ASIC final chip.
  • 22. Converting from FPGA netlist stage allows us to give quality guarantee with no functional risk and very fast cycle time.Functional Simulation Full ASIC Synthesis KaiSemi in-house tools Timing + Functional Simulation DFT insertions ASIC Netlist Layout P&R Timing + Functional Simulation FAB hand-off
  • 23. KaiSemi business model Functionality Guaranteed “No good, no pay”. Zero NRE Payment“Minimum Risk”. Fastest cycle-time “as fast as 6-14 weeks”. Minimum customer intervention “Fire and forget”. Any size FPGA“Minimum complexity limitation”. 1 2 5 Customer 3 4
  • 24. KaiSemi exclusive benefits Functionality Guaranteed (No Good No Pay!), because: No RTL touch ! Functional source code is untouched. Using ONLY the Netlist outcome of the proven working FPGA. Proven in-house semi-automated developed conversion tool with experience limits human errors No NRE Payment (No Risk), because: Our business model is targeted to ease on the customer. Based on minimum quantity ordering. Fastest cycle-time, because: Shortening ASIC flow cycle by using automated process and by starting, higher, from netlist stage Limiting the need for customers cycles of RTL flow, synthesis, verifications and back-annotations. Having well established coherent work flow with FABs. Minimum customer intervention (Fire & Forget), because: Customer is required to provide 2 main receivables: The FPGA netlist A verification test vectors. From that point on we proceed in posted mode, performing the whole ASIC process until providing a final working chip. Any size FPGA, because: KaiSemi conversion tool deals with any size and any type of FPGA with No limit on netlist size.
  • 25.
  • 26.
  • 27. ASIC to ASIC KaiSemi provides EOL (End Of Life) replacements for ASICs taking care of the entire production process, without customer involvement. We guarantee a fully compatible drop-in replacement for use as a reliablereplacement part second source. We do not charge NRE, we only get paid for the working parts, so no risk is involved for the customer. KaiSemi has also the capability to provide ASIC to ASIC conversion for improving performance and/or using improved replaceable ASIC libraries and IPs.
  • 28. Multi Chip Merge Kaisemi provides advanced multi chip solutions, that convert several FPGA's into one ASIC, thus reducing the total system cost and power consumption immensely. We could also package your EOL (End Of Life) ASIC or converted FPGA along with its external memories etc. thus enabling further cost reduction and a reduced PCB footprint. We have the ability to assemble Multiple dies in a single package. In addition, we have the ability to convert Multiple FPGAs into a single die.
  • 29. DSP to ASIC Performance comparing example: JPEG Encoder Case Study Link: www.gmvhdl.com/fpga_for_dsp.html KaiSemi offers a migration flow from DSP designs to a dedicated ASIC. This allows our customers to boost DSP performance up to x100 from the existing top of the line expensive DSP chips. KaiSemi offers a development environment flow and service to import DSP designs into ASIC while using evaluation verification on an FPGA. DSP design houses can now boost performance per cost in their applications, by moving from a traditional DSP chip to a dedicated ASIC, using KaiSemi's offering, with minimum development effort on their side. * Estimated performance based ASIC frequency speedup Performance per Cost comparing www.latticesemi.com/lit/docs/generalinfo/ecp_whitepaper.pdf Link: * Estimated performance/cost based ASIC area parallelism
  • 30. Contacts Website: www.kaisemi.com Sales: sales@kaisemi.com Tel: +972-9-8920400 Cell: +972-54-6675544 Tech Support: support@kaisemi.com Tel: +972-9-8920400 Cell: +972-54-4584445