Thomas has over 35 years in designing and manufacturing products for the Automotive/Telecommunications industry. As CEO/President, he co-founded RF Engineering in 2009. He oversees every facet of the engineering department of RF Engineering, from designing to sourcing, prototyping to production. Thomas' telecommunication career started back with the management of production of one of the first satellite antennas, after many years in the automotive industry as a tool and dye maker.
His vision for design has created many antennas and products for the wireless communication industry for years, starting with grid antennas for the Motorola Canopy radio years ago. He has worked with major players in the industry, both domestic and internationally. She co-founded RF Engineering in 2009 and is RF's Vice-President/Internal Operations Director overseeing the financial department and internal operations managers.
Alex Cernik brings extensive experience and leadership to RF Engineering and Energy Resource.
His vision for design has created many antennas and products for the wireless communication industry for years, starting with grid antennas for the Motorola Canopy radio years ago. He has worked with major players in the industry, both domestic and internationally. She co-founded RF Engineering in 2009 and is RF's Vice-President/Internal Operations Director overseeing the financial department and internal operations managers.
Alex Cernik brings extensive experience and leadership to RF Engineering and Energy Resource.
Services
Over 20 years of experience supplying telecommunications products and services, RF Engineering & Energy Resource provides product design, manufacturing outsourcing and distribution of various branded solutions for the wireless and wireline industries.
Our experienced engineering and quality control teams work with original equipment manufacturers (OEMs) and partners to design and outsource the needs of our clients delivering affordable high quality products to meet the demands of their customers.
Our experienced engineering and quality control teams work with original equipment manufacturers (OEMs) and partners to design and outsource the needs of our clients delivering affordable high quality products to meet the demands of their customers.
RF Engineering is a respected and experienced contract wire harness manufacturer of cable assemblies, harnesses, electro-mechanical assemblies and turnkey box builds.
To provide these product lines cost effectively and reliably, it has developed a wide range of added value manufacturing capabilities specific to its industry.
Potting for all telecommunications and other specialty applications and Kitting to achieve manufacturing efficiencies.
Computerized testing of all cables and harnesses to guarantee a quality product every time.
To provide these product lines cost effectively and reliably, it has developed a wide range of added value manufacturing capabilities specific to its industry.
Potting for all telecommunications and other specialty applications and Kitting to achieve manufacturing efficiencies.
Computerized testing of all cables and harnesses to guarantee a quality product every time.
RF ENGINEERING's NEW UNIVERSAL ANTENNA PLATFORM delivers revolutionary flexibility and cost savings to service providers by offering the industry's first Universal Antenna line allowing the capability to interchange radios.
To guarantee consistent high performance throughout the antenna's lifetime, each component is precision engineered, optimized for performance, assembled in United States, and tested before shipment.
Each custom design is manufacture to maximize performance even in the most challenging environments; including extreme temperatures, high humidity, and severe wind events.
To guarantee consistent high performance throughout the antenna's lifetime, each component is precision engineered, optimized for performance, assembled in United States, and tested before shipment.
Each custom design is manufacture to maximize performance even in the most challenging environments; including extreme temperatures, high humidity, and severe wind events.
RF Engineering is the Master distributor for Tongyu Microwave Antennas and also able to offer their comprehensive range of LTE Base Station Antennas.
XXXPol 1710~2170MHz3 Triple Beam 30° 21.7dBi Manual or by optional RCU (Remote Control Unit) Antenna.
X Pol 2496~2690MHz 65° 18dBi TD-LTE Adjustable Electrical Downtilt Antenna with Integrated RCU (Remote Control Unit) Electrical.
XPol 2496~2690MHz 90° 17dBi TD-LTE Adjustable Electrical Downtilt Antenna with Integrated RCU (Remote Control Unit).
XXXPol 1710~2170MHz3 Triple Beam 30° 21.7dBi Manual or by optional RCU (Remote Control Unit) Antenna.
X Pol 2496~2690MHz 65° 18dBi TD-LTE Adjustable Electrical Downtilt Antenna with Integrated RCU (Remote Control Unit) Electrical.
XPol 2496~2690MHz 90° 17dBi TD-LTE Adjustable Electrical Downtilt Antenna with Integrated RCU (Remote Control Unit).
In the process of adapting their mobile network capabilities to the exponentially-increasing capacity and service-type diversity, mobilenetwork operators are continuously upgrading their Radio Access Network (RAN) and core network infrastructure.
The evolution of thecurrent distributed 2G / 3G /4G RAN architectures to the denser and Centralized (C-RAN) 4G+ / 5G architectures, will dramatically increase thebackhaul and fronthaul link capacity and density.
Wireless technologies, which offer unique deployment flexibility, speed and TCO benefits, have evolved to provide performance andfunctionality characteristics that satisfy the transport requirements of the mobile networks, now and in the future.
The evolution of thecurrent distributed 2G / 3G /4G RAN architectures to the denser and Centralized (C-RAN) 4G+ / 5G architectures, will dramatically increase thebackhaul and fronthaul link capacity and density.
Wireless technologies, which offer unique deployment flexibility, speed and TCO benefits, have evolved to provide performance andfunctionality characteristics that satisfy the transport requirements of the mobile networks, now and in the future.
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