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FPGA Spa

The benefits of FPGA Spa are never ending. Feel good about running great! FPGA Spa Specialists are experts on treating FPGAs and bringing them to the top quality.

Your specialist will expertly apply their knowledge of balancing FPGA functionality with physical touch, while focusing on a complete state of speed and quality. Please feel comfortable communicating with your FPGA Spa Specialist concerning functionality, speed and quality needs. Expert sessions are conducted in only a high-quality, upscale and professional manner. Your FPGA Specialist will apply advanced techniques for Balancing, Quality, Speed and Functionality.

Communication between environment and your FPGA is vital, both on and off the power. So please SPEAK UP if any further FPGA service is required.

FPGA Wonderland Package,


FPGA Rejuvenation Package,


FPGA Holiday joy Package,


FPGA Royal VIP Package,


FPGA Birthday Package
includes RTL scrubbing

Full document aromatherapy

Organic interface treatment

1 hour timing massage

Architecture Body polish

Document Makeup

Whether you are going for a special FPGA or just ready for a change, our professionals can create the perfect project for you, using advanced FPGA methodology. From simple bug fixes to sophisticated and elegant functionality we have the perfect expertise for you.


FPGA Power Analysis FPGA Power Analysis
Protecting FPGAs from Power Analysis

Leakage reduction: These techniques make the set or sequence of operations less dependent 
on the key or secret intermediates. Balancing techniques to reduce variation in the power 
consumption can also be employed, although using these methods on FPGAs may require 
extra care due to asymmetries within the routing infrastructure. The overall goal of leakage 
reduction strategies is to reduce the leakage signal-to-noise ratio, increasing the number of 
power measurements an adversary would require for a successful attack.
FPGA Noise FPGA Noise
Noise introduction: These techniques add different types of noise into the power consumption 
measurements available to the attacker, reducing the leakage-signal to noise ratio. Noise can 
be generated in the amplitude domain (e.g., by consuming random amounts of power) or in 
the temporal domain (e.g., by randomizing operation timing). As with leakage reduction, these 
countermeasures increase the number of power traces required by an adversary. 
FPGA Obfuscation FPGA Obfuscation
Obfuscation: By keeping algorithms secret, the attacker is forced to perform reverse 
engineering along with power analysis. Such countermeasures typically do not provide any 
security once an adversary understands the operation of the obscure function, but can 
increase the initial effort required for an attack. Because the cost of subsequent attacks is not 
increased, obfuscation-based countermeasures should be used with caution, but still may be 
better than having no protection at all.
FPGA randomness FPGA randomness
Incorporating randomness: These categories include a broad range of techniques for 
randomizing the data manipulated by the device in ways that still produce the correct result. 
For public key systems, techniques for masking or blinding of data and keys can be particularly 
effective. Similarly, for symmetric algorithms such as AES, techniques for masking 
intermediates and tables can be effective. These techniques force the attacker to employ 
more complex attacks, such as higher order DPA that requires a larger number of 
measurements. 
Spa Expert FPGA Help Request
Everything in life is optional. But some are required to progress.
  • Contact Information
Company
Contact Person
Contact Email
Project
  • Which stage of the FPGA project are you at?
Requirements High Level Design Low Level Design RTL Coding Verification Debugging
Other
  • About the problem
Full design
Clock/reset distribution
Lab Debugging
RTL Optimisation
Floor planning
Device selection
Pinout
Testbenching
Other
Timing closure
Current fmax (MHz)
Target Frequency (MHz)
Fitting/Place&Route
Utilisation percentage
(Slice-Lab/ Mem/ DSP/
Clock Domain)
Simulation
Vector Signal Analyzer
  • What is the time frame for fixing the problem?
Start Time Yesterday Now Less Than 1 Month
Duration 1 Week 1 Month 6 months
  • About the device
Device Vendor ?fpga device vendorXilinx, Altera, Lattice, Actel Microsemi, QuickLogic, SiliconBlue Technologies, Achronix, Tabula
Device ID
Device Speed Grade
  • What are the architecture details?
Single/Multiple FPGA, interchip/interboard communication, clock frequencies, flow control/handshaking, protocols/standards
  • Please prove you are not a robot

What is 2 + 10 ?

  • Communication Officialisation

Your NDA File Please upload your NDA before we can start the process
RTL Files Please upload RTL
Project Files Please upload synthesis and project
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