Signal Integrity Solutions

Today’s systems are designed to operate at ever-increasing speeds. Clock rates of 100 MHz to 5 GHz are used more and more frequently. Even 5-20 GHz speeds are emerging. At these speeds, digital signals behave as analog waveforms. To effectively design and test these high-speed digital systems, knowledge and experience with signal integrity and analog circuits is absolutely critical. Do you have an engineer with this experience on your design team?

Are you facing any of the following challenges in designing high-speed PCB boards or systems?

		Simulating your circuits using SPICE and IBIS models
		Minimizing reflections, crosstalk, attenuation, and rise time degradation
		Selecting the most appropriate drivers and receivers, IC packages, PCB materials, and backplane connectors to use in your design
		Ensuring the integrity of your power distribution system

… then you’ve come to the right place.

Bekera Consulting, Inc. is a Silicon Valley-based consulting firm providing signal integrity and interconnect engineering expertise to help companies design and test high-speed digital IC packages, printed circuit boards, backplanes and systems that are at the core of today’s high-tech equipment.

With over 25 years of electrical engineering experience, founder and signal integrity engineer Ludvik Kindl works with your design team to provide:

		In-depth knowledge and experience in resolving signal integrity issues
		High-powered SPICE and IBIS simulation tools and expertise in running them
		Proven expertise in interconnect engineering methods
		Unique experience in analog and RF techniques
		Working prototypes delivered on schedule

Whether you are just beginning your design or you need help in turning around a troubled project, Bekera Consulting can help you maximize your return on your engineering investment by avoiding costly redesigns and schedule delays.

Check out the services that Bekera Consulting has provided to many engineering clients, or call Ludvik at 650-868-2675 to discuss your specific needs.