Scintera Networks announces that it has engaged with Freescale Semiconductor to enable low power and cost-efficient solutions for the small cell base station market. As part of the engagement, Freescale will design and optimize new small cell RF power amplifier devices and evaluation boards for operation with Scintera’s RFPAL products.

Scintera Networks today announced the availability of the SC2200 and SC2220 dual-path system-on-chip RF Power Amplifier Linearizers. Based on broadly adopted and field-proven technology, the SC2200 and SC2220 extend the capability and performance of Scintera’s power amplifier linearization solutions to further simplify and facilitate the design of multi-antenna and/or multi-band cellular infrastructure systems.

Maxim Integrated Products, Inc. today announced it has made a strategic investment in Scintera Networks, Inc. The partnership will enable rapid deployment of power-efficient small cell base stations with form factors and system cost points attractive to cellular infrastructure OEMs and network operators.

Scintera Networks, Inc. today announced that Scintera’s SC1889 RF Power Amplifier Linearization (RFPAL) solution is being utilized in Solid Technologies, Inc. line of interference cancelling repeater systems being deployed in 2G, 3G and 4G wireless infrastructure systems.

Scintera Networks, Inc., has announced that it has reached a major milestone with more than 50,000 units of its SC1887 Adaptive RF Power Amplifier Linearizer (RFPAL) deployed in the field. Based on Scintera’s RF predistortion technology, the SC1887 entered production in February 2010 and has been adopted by a broad range of customers for applications in the wireless infrastructure market.

Scintera Networks, Inc. have announced the availability of the SC1869 and SC1889 second generation system-on-chip (SoC) adaptive RF Power Amplifier Linearizers (RFPAL). Based on broadly deployed and field-proven technology, the SC1869 and SC1889 (SC1869/89) expand Scintera’s power amplifier linearization solutions to address 3G and 4G heterogeneous network deployments.