IP Telephony news wrap-up for Mar 31 – 2006

MIPS has introduced two new families of core processors including the multi-threading 34K line and the 24KE line. Products from both portfolios can be used to develop VoIP products.

The 34K cores are intended for embedded applications. For a single application, the cores would be ideal for multiple voice channels in home applications. they could also be used to merge several single threaded fucntions into a single 34K core such as a host processor running Linux and a DSP running an RTOS in an STB application.

The 34K cores are designed to mask the effect of memory latency by increasing processor utilization. As one thread stalls, additional threads are instantly fed into the pipeline and executed, resulting in a gain in application throughput. Internal benchmarks indicate that the 34Kc core running two threads achieved a 60% speedup over a single-threaded processor with only a 14% increase in die size.

Additionally, the 34K core family delivers real-time responsiveness for embedded applications. Users can allocate dedicated processing bandwidth to real-time tasks resulting in a guaranteed Quality of Service QoS. This mechanism constantly monitors the progress of threads and dynamically takes corrective actions to meet or exceed the real-time requirements.

The 34K cores can run existing 2-way SMP operating systems and applications with minimal changes and can also be used in environments where independent concurrent threads have very different roles.

The cores can be configured with a maximum of two VPEs and five TCs. This dual VPE capability allows the cores to run two independent operating systems concurrently or alternatively a 2-way SMP OS. In addition, up to five TCs can be used to allow a single OS to run up to five processes concurrently.

Members of the 34K family include the 34Kc, 34Kf, 34Kc Pro, and 34Kf Pro.

Specs for the 34Kc cores include processing at 90nn G at a worst case frequency of 500 MHz. The size is 2.1mm2 and the power consumed is .56 mW/ MHz @ 1.0V.

The 34Kf cores include hardware floating support compliant with IEEE 754. The Pro Series cores feature the capability to add proprietary instructions and tightly coupled hardware to the cores via CorExtend.

Cores in this product line have been licensed by iVivity, Mobileye and PMC-Sierra.

Solution providers using this core family include Accelerated Technology, Cadence, CoWare, Denali, Express Logic, First Silicon, Green Hills Software, Magma, Microsoft, Sonics, Synopsys, TimeSys, Virage Logic, and Virtio.

The 24KE core family features converged RISC/DSP functionality, ideal for applications requiring both control and signal processing. With the inclusion of the company’s new DSP ASE, the cores in this product line do not need a separate DSP.

The cores are fully static, fully synthesizable, and require no custom cells or memories. They can be synthesized using best-of-class physical IP from multiple vendors. For example, in a 90nm GT process, using high speed memories from Dolphin Technology and high speed standard cells, the cores can achieve a clock frequency of 850MHz. At 1.46 DMIPS/MHz, this design provides 1240 DMIPS.

The 24KE cores can also be synthesized in a 90nm G process using standard cells and memories such as those from Virage Logic. Using this IP, when optimized for power and area, a complete 24KE processor, including 16K I and D Level 1 caches, occupies 2.0mm2 and consumes 0.43 mW / MHz. Even lower power figures can be achieved by using multi-VT and voltage/frequency scaling.

The 24KE core family is targeted at markets such as set-top boxes, DTVs, DVD recorders, voice switches, IP phones, digital cameras, cellular telephones, printers, modems, residential gateways, and automotive telematics. The cores are also ideal for battery-powered and thermally-constrained devices.

Applications enhanced by the MIPS32 DSP ASE include VoIP processing, narrowband and broadband communications, digital audio, graphics, video, and imaging. Some examples of the speedup achieved by the DSP ASE include a 68% improvement in IDCT processing (used in video compression) and a 106% speedup in IMDCT (used in MP3 decoding). Complex DSP kernel functions such as FIR filters achieve up to a 234% performance boost, while a standard 32×32 DCT with saturation is improved by 315%.

The 24KE core family includes the 24KEc, 24KEf, 24KEc Pro, and 24KEf Pro.

The 24KEc Core, the base core for the product line, includes the MIPS32 instruction set, a MMU, a fast multiple/divide unit, and the MIPS DSP ASE. The @$KEf includes all of the features of the Ec core plus a hardware floating point unit. The pro cores, as with the aforementioned product family, allow designers to add proprietary, user defined instructions and tightly coupled hardware. The instructions integrate with the processor’s normal execution pipeline.

MIPS Technologies
List of Processor Vendors
Oki Electric has introduced eSound, voice processing software based on G.722, that has been designed for softphones, PDAs, mobile IP phones, videophones, VoIP gateways, and IVR MCUs. The middleware technology consists of a G.722 voice CODEC, RTP/RTCP, a jitter buffer (Oki’s Adaptive Dynamic Jitter Buffer Algorithm), packet loss concealment (Oki’s enhanced PLC), an echo canceller(Oki’s Enhanced Normalized Least Mean Square Algorithm), fax control, a control manager, and a set of additional functions and interfaces.

In addition, the company also introduced eVideo. See the upcoming issue of IPTV Weekly for coverage.

Oki Electric
NetLogic Microsystems has introduced NL3280GLQ NetLite, a processor designed for use in entry level switches, routers and access gear. It has been optimized to work with Broadcom’s StrataXGS III 600 Series of integrated Ethernet switch products.

The processor includes an intelligent, active power management control that selectively tunrs off unused processing elements on a cycle by cycle basis. The device’s rules database can support up to 512k IPv4 and up to 128k IPv6 records per device. The database can also be expanded to handle up to 2 million IPv4 records. The new processor provides wire speed security for ACLs and multi-field classification.

The NL3280GLQ, with a size of 31mm x 31mm, interfaces with network processors, merhant silicon solutions, FPGA and LA-1-based ASICs.

The processor is currently available in pre-production quantities.

NetLogic Microsystems
Paragon Wireless, a Texas-based VoWLAN vendor, is shipping the PWTW-1100, a SIP-based dual mode Wi-Fi/Cell phone. Hardware features include employment of Intel’s PXA271 processor, a 2.4 inch TFT touch screen (320×240 QVGA, 260k colors, & backlit), a built in speaker and mic, and a 1.3M pixel CMOS camera. The phone includes a simultaneously active 802.11b interface and a tri-band GSM/GPRS interface.

The phone can take incoming calls from both GSM and a WLAN. There is both an automatic and manual switch option for outgoing voice calls between GSM and WLAN as well as for data applications using GPRS or WLAN. Inter-access point roaming can be achieved in less than 50 ms. The phone includes a unified phone book and a set of unified applications such as email, a browser, and QQ.

Through the use of a 1200 mAh Li-ion battery, the PWTW-1100 supports 4 hours of talk time and 72 hours of standby. Peripheral support is provided for mini SD memory and a USB slave. Security is provided via WEP 40 Bits and 104 Bits, WPA, 802.1x and RADIUS client. QoS is achieved through WME.

VoIP features include SIP, acoustic echo cancellation, a suite of CODECs (G.711, G.723, AMR, and LPC), dynamic jitter buffer, and a voice activity detector.

Call features include call hold, call forward/transfer, call waiting, 3-way conference, phone book with image support, incoming call prompt and picture, call mute, auto-answer/flip answer, phonebook view during call, sketch pad use during call, volume adjustment during call, quick silence, turbo dial, manual/auto/earphone redial, and call history.

Data application features include IM, email, an Internet browser, and a VPN client.

PIM features include a calendar, schedule manager, alarm clock, voice recorder, world time clock, currency converter, and anniversary program.

The phone, which seems like a PDA, also includes a MP3 player. The device also includes other features and programs that are too numerous to list considering the scope of this publication.

Paragon Wireless
SyChip has introduced VWLAN 7101, a chip scale module that consists of a SV1000, a newly introduced IC; a 802.11b/g WLAN modem, a suite of software including G.711, G.729A/B, G.723, G.726, SIP 2.0, jitter buffer; call control functions, IPSec; and WLAN features such as WMM QoS, WPA2 security and Bluetooth co-existence. The module also includes drivers for embedded operating systems such as for Windows Mobile, Linux, Nucleus, and Rex.

The new SV1000, integrated within SyChip’s new module, is available separately for use in various mobile devices such as cell phones, single mode wireless VoIP phones, PDAs, personal media players and portable gaming consoles. The chip combines a DSP, A/D and D/A converters and power management logic. The IC can execute advanced speech coders, jitter buffer, encryption and acoustic echo cancellation. It consumes 14mA of current during a call, enabling phones to support talk times of more than 8 hours using a typical cell phone battery.

The 7101 module will be available later this quarter in QFN packaging. Pricing will be $15 per unit in volumes of 100,000.

Digium has introduced a series of new hardware products for Asterisk designed to enhance transcoding and echo cancellation for VoIP and PSTN gateways. The products include the TC400P VoIP transcoding card and the TE420P and TE415P 4-port T1/E1/J1/PRI cards with on-board hardware echo cancellation.

The TC400P provides hardware transcoding of VoIP CODECs, which decreases the workload of Asterisk, ultimately providing improved CPU efficiency and increase in channel density.

The TE415P and TE420P interface cards provide VQE, DTMF decoding, tone recognition, and 128ms of G.168 echo cancellation across 128 channels.

The new products come with open source drivers that support an API interface for custom application development. The new gear also supports PRI protocol families for voice, PPP, Cisco, HDLC, and Frame Relay data modes. The devices, which will be available later this quarter, will come with a 2-year warranty and an option to purchase a one year extended warranty.

Synchronoss Technologies is currently offering VoCable solutions for both retail and wholesale service providers. For retailers, the company provides a customer branded portal armed with an automated gateway and exception management workflow. For wholesale providers, Sychronoss handles VoIP order flow management and LNP transactions by interfacing with databases to request and monitor the completion of a number port. The services are backed by extensive reporting and performance based SLAs.

Synchronoss’ primary cable service is ActivationNow, a suite of processes including number activations, CNAM and LIDB updates, directory listings, e911, directory assistance, and VoIP LNP. Currently, ActivationNow is used by cable operators serving 57% of the U.S. market.

Synchronoss Technologies
Patton Electronics has introduced SmartLink MATA, a VoIP ATA measuring 3.6L x 2.1W x 0.78H inches (9.0L x 5.3W x 1.9H cm) that handles both SIP and MGCP signaling. The ATA features one Ethernet RJ-45 port and one FXS RJ-11 port. It includes LEDs displaying the status of the system, LAN, WAN and phone ports. In addition, the tiny device supports DHCP, NAT/PAT, and PPPoE.

The voice CODECs supported include G.711, G.726, G.723.1 and G.729ab. The ATA also supports G.168 echo cancellation, DTMF detection and generation, carrier tone detection and generation, silence suppression and comfort noise, configurable dejitter buffer, DTMF in band and out of band, configurable transmit packet length, RTP/RTCP, STUN, and T.38 fax relay. The device can be remotely managed.

The SmartLink MATA includes support for more than 20 voice features. The product is currently shipping.

Patton Electronics
After announcing a merger last summer, Excel Switching and Brooktrout have finally broken away from their initial company names and are now operating under the name Cantata Technologies. Since taking on the new name, the company has released a large wave of press announcements such as introducing a partnership program and to name companies that have joined the initiative, to announce a new release of its software media server to drive IMS and 3G applications, and to declare a customer win of Celtel. In addition, Cantata and Microsoft will be hosting a one day seminar on speech applications.

Cantata Technologies
Broadcom has introduced two new chips including the BCM111 for the development of terminal adapter routers and the BCM1190 for the development of Ethernet IP handsets. Both devices feature a single MIPS processor core that can operate with the need for a DSP for voice applications.

The TA router chip includes 2 integrated voice CODECs along with Broadcom’s xChange software platform. The VoIP processor can scale to support low end cordless phone TAs to high end Wi Fi router TAs, when combined with the company’s 54g Wi Fi technology.

The IP phone chip features high fidelity audio support and a full duplex speakerphone.

Both new devices are available now in sample quantities. Volume production is scheduled for later this quarter. Reference designs are available immediately for both chips.

New Global Telecom (NGT) has launched IPower, a session border control leasing service that enables carriers to access a fully licensed and supported NexTone Multiprotocol Session Controller (MSC). In addition to access to the 24×7 monitored SBC, customers will also be able to use NGT’s bandwidth and support.

NGT options will include CDR reporting, enhanced call rating, CDR-based alarming and automated LCR capabilities.

The company also offers hosted softswitch services.

New Global Telecom

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