SANTA BARBARA, CA — (Marketwired) — 12/03/13 — , the market leader in embedded IP communications software platforms, today announced its IR.92 VoLTE software has been licensed by a leading chipset solution provider, to enable carrier-grade Voice- and SMS-over-VoLTE capability on the HiSilicon LTE modem chipsets and application processors for mobile devices. The two companies successfully demonstrated a VoLTE call in the China Mobile Interoperability Testing Lab with the Huawei D2-6070 TD-LTE phone using D2-s vPort 4G software running on the HiSilicon K3V2/Balong710 LTE chipset solution.
D2-s vPort 4G software is designed to integrate directly in LTE modem ICs, making a significant advancement in the ease of integration and speed of commercialization of VoLTE-enabled mobile devices. Because vPort is integrated in the modem chipset, OEMs can quickly add optimized VoLTE capability, reusing all of 2G/3G voice and SMS functionality and thus requiring no changes to the mobile OS. vPort 4G also provides an advanced IMS API option that allows the addition of embedded RCS, IR.94 video calling and IP Wi-Fi calling capability running on the mobile application processor and integrated natively in the mobile OS for a seamless user experience.
“This partnership and successful demonstration are both significant milestones for the mainstream adoption of IMS-based communications in the mobile industry,” said Doug Makishima, chief operating officer for D2 Technologies. “HiSilicon, Huawei and China Mobile are at the forefront of LTE and VoLTE innovation on behalf of operators, phone manufacturers and mobile consumers. We are pleased that an industry leader such as HiSilicon has selected our software platform to help bring advanced VoLTE products to the market.”
K3V2 is a high performance application processor for smartphones and tablets. The Balong 710 wireless terminal chipset solution is the world-s first chipset to support LTE Cat 4 150Mbps and 3G Dual carriers with MIMO 84Mbps in downlink, fully complying with 3GPP Release 9.
“HiSilicon is glad to have D2 Technologies as our new partner,” said Ai Wei, vice president of HiSilicon. “HiSilicon-s Balong 710 is a leading LTE solution. With HiSilicon-s fastest LTE multi-mode platform and D2-s leading VoLTE software, customers will be able to enjoy high-quality LTE services.”
D2 Technologies- mCUE 4G and vPort 4G+ products combine to form the most advanced IMS communications software solution supporting both the IR.92 VoLTE and RCS5/RCS-e GSMA standards to deliver IP communications features like HD voice, real time video call, instant message, media share, VCC and Wi-Fi offload. As the first IP communications client deployed by a 4G mobile operator, it is a field proven solution and delivers carrier-grade voice and video quality with demonstrated interoperability. mCUE 4G is a complete communications client for the Android OS platform, providing all key layers including the UI, communications middleware, protocol stacks and media engine with optimized video framework integration that supports native hardware video acceleration. vPort 4G+ is a high performance VoLTE/IMS engine for LTE modems and mobile application processors that includes a complete VoIP DSP module with wideband CODECs, IR.92 compliant protocol stack and IMS/RCS API. It provides carrier-grade voice quality and enables very low power consumption and flexible system partitioning.
D2 is the recognized leader in VoIP and converged IP communications software for devices used in 4G and next-generation IMS networks that deliver voice over LTE (VoLTE), VoIP over Wi-Fi, or Rich Communication Suite (RCS) joyn services. Manufacturers and service providers rely on D2 software to deliver carrier-grade IP communications across any network (LTE, WiMAX, cellular, WiFi, broadband, PSTN), service (voice, video, IM chat, SMS, presence/status, etc.) and system (carrier, IPPBX, UC, OTT, social network, etc.) for a broad range of fixed and mobile devices. Please visit:
Doug Makishima
D2 Technologies
805-564-3424
Jeff Denenholz
VOXUS, Inc.
253-444-5477
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