Leading UK Colocation Provider C4L Launch Three Next Generation Data Centre Solutions at Data Centre World 2011.

Bournemouth (Vocus/PRWEB) April 14, 2011

C4L, a leading colocation provider in the UK, recently launched three new services at Data Centre World. The exhibition, held at London's Olympia venue attracted nearly 3000 attendees ranging from data centre managers, professionals and distributors through to channel partners. The exhibition also featured over 40 sessions to provide attendees with an in-depth knowledge of the latest trends and topics in the data centre industry.

The event saw C4L adding Infrastructure as a Service (IaaS), Virtual Dedicated Servers (VDS) and Data Centre Migration to their already extensive portfolio. These new services, which represent the next generation of C4L's solutions, enable them to provide cloud based services alongside their more traditional data centre based services.

The Data Centre Migration service allows businesses to relocate their data centre presence to any of C4L's 35 locations, whilst opting for a level of involvement suited to their needs. The service features Account Management as standard, as well as insurance and the use of the latest removal equipment.

At Data Centre World, C4L also introduced their IaaS service which allows businesses to build completely customised data centre style platforms, therefore providing savings on previously unused capabilities. This service provides businesses with the benefit of their computing resources being available across geographically diverse data centres, spanning numerous physical servers, which serves to dramatically improve reliability and failover versus traditional data centre offerings.

The third service C4L launched at Data Centre World was their next generation VDS service, which has been designed to provide businesses with high-calibre server solutions, without the costly outlay commonly associated with physical dedicated servers. These three additional services are available in many of C4L's colocation facilities providing businesses with unparalleled choice of location.

Matt Hawkins, Managing Director of C4L commented "Our stand at Data Centre World was a great success, particularly with the launching of these new services. These services are what we've heard our customers demanding; more powerful, resilient and cost effective solutions, and we're confident they'll help us continue our rapid growth for years to come".

About C4L

C4L is an Internet Infrastructure provider and deploys a full range of services in over 35 data centres including colocation, IP Transit, Interconnects, Data Backup, Data Storage, Virtualisation, Disaster Recovery and Leased Lines, to name just a few. These are all provided with C4L's commitment to maximum uptime and customer support featuring a 24/7 NOC which is manned by trained professionals with Microsoft and Cisco qualifications.

C4L is now in its 11th trading year and with a track record of 100% growth every year its client base includes Government, FTSE 250, financial institutions and many of the UK's network carriers. The business is committed to customer satisfaction and quality of service and has achieved certifications such as ISO9001 & 27001.

For more information on these services please call +44 (0)8000 470 481, or visit http://www.C4L.co.uk or for partner information visit http://www.C4Lpartners.co.uk.

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RadiSys Introduces Voice Quality Enhancement for the Convedia Media Server Product Family.

Innovative Design Resolves Key VoIP Quality Challenges for Conferencing Service Providers

HILLSBORO, Ore. -- RadiSys[R] Corporation (NASDAQ:RSYS), a leading global provider of advanced embedded solutions, today announced the addition of Voice Quality Enhancement (VQE) features for the RadiSys Convedia[R] Media Server. The new VQE solution removes the common sources of poor voice quality in VoIP conferencing applications, including noise, packet loss and echo, in addition to capturing statistics for voice quality measurement suitable for upholding service level agreements (SLAs). Through the innovative integration of VQE features with RadiSys Convedia media servers, conferencing service providers (CSPs) and their VoIP application development partners can address both IP media processing and VoIP quality improvements in a single network element. The integrated media server minimizes network complexity and CAPEX and OPEX costs, while improving audio quality for a broad range of VoIP and IMS services.

Next-generation conferencing architectures based on VoIP technology bring economic benefits with new feature capabilities for CSPs. However, they also present new technical challenges in maintaining acceptable voice quality. For CSPs, delivering good voice quality is an important requirement in their VoIP conferencing system, as poor voice quality could increase the costs associated with customer churn, while impacting the bottom line by reducing revenue growth opportunities.

RadiSys media servers with VQE technology cost-effectively overcome the sources of poor voice quality in IP packet networks. For multi-party VoIP conferencing services experiencing audio noise caused by background sounds or sub-optimal network and terminal equipment, VQE implements noise gating, noise reduction and noisy line detection mechanisms. VQE technology also includes packet loss concealment by intelligently restoring audio packets lost or unacceptably delayed by traffic congestion on the Internet. RadiSys Convedia media servers with VQE also remove acoustic echo by continuously monitoring all VoIP call legs, dynamically detecting echoes and selectively applying echo cancellation. Finally, all VQE features are supported with new audio and packet statistics, allowing CSPs to continuously measure audio quality for performance measurement and support SLAs with customers.

"Now that VoIP technology deployment has moved beyond early adoption to large production deployments, maintaining VoIP audio quality in large-scale networks has become a major focus among conferencing service providers," said Marc Beattie, Managing Partner, Wainhouse Research. "By integrating voice quality improvement capabilities within its Convedia media servers, RadiSys enables its customers to deliver dramatically improved call quality on a large scale."

RadiSys' integration of a comprehensive VoIP audio quality improvement package with existing IP media processing capabilities establishes an industry first among IP media server vendors. By consolidating both sets of real-time IP packet processing requirements in the same network element, RadiSys Convedia media servers with VQE improve audio quality, minimize end-to-end delay, streamline network integration and reduce CAPEX and ongoing OPEX costs through consolidated utilization of network equipment resources.

"As our conferencing service provider customers grow their VoIP network deployments, they have also expressed a desire for carrier-class solutions to address VoIP audio quality challenges," said David Smith, General Manager, RadiSys Media Server Business Unit. "Solutions to address VoIP audio quality, just like IP media processing for enhanced services, require sophisticated real-time IP media packet processing capabilities. Adding Voice Quality Enhancement is a natural addition to RadiSys Convedia media servers, and another innovative example of RadiSys applying its engineering expertise in solving real-world deployment issues for our customers."

About RadiSys Convedia Media Servers

RadiSys Convedia media servers support a broad set of IP audio, video, speech and fax media processing features essential for next-generation telecommunications applications. Ranked the market-leading IP media server vendor for five consecutive years by market research firm Infonetics Research, the RadiSys Convedia media server family delivers optimal performance and reliability, scalability, and a low total cost of ownership for media-intensive IP Multimedia Subsystem (IMS) networks and services. These media servers enable fixed mobile convergence by delivering a shared IP media processing resource for any access network, including wireless, broadband, cable, PSTN or satellite. The system's multi-service versatility enables service providers, and their application development partners, to rapidly deploy innovative revenue-generating telecommunication services, including multimedia conferencing, ringback tones, unified communications and IP contact center applications.

About RadiSys Corporation

RadiSys (NASDAQ:RSYS) is a leading provider of advanced solutions for the communications networking and commercial systems markets. Through intimate customer collaboration and combining innovative technologies and industry-leading architecture, RadiSys helps OEMs, systems integrators, and solution providers bring better products to market faster and more economically. RadiSys products include embedded boards, application-enabling platforms, the OS-9 operating system, and turn-key systems, which are used in today's complex computing, processing, and network-intensive applications. For more information, visit http://www.radisys.com, write to info@radisys.com, or call 800-950-0044 or 503-615-1100. Editors seeking more information may contact Lyn Pangares at RadiSys Corporation at 503-615-1220 or lyn.pangares@radisys.com.

RadiSys([R]) and Convedia([R]) are registered trademarks of RadiSys Corporation.

SILVER KING COMMUNICATIONS, INC. ANNOUNCES FIRST QUARTER RESULTS

ST. PETERSBURG, Fla., Dec. 28 /PRNewswire/ -- Silver King Communications, Inc. (Nasdaq: SKTV) today announced its financial results for the quarter ended November 30, 1995. Total revenue for the first quarters of fiscal year 1996 and 1995 were unchanged at approximately $11.6 million. For the first quarter of fiscal year 1996, the Company reported a net loss of $(3.3) million or $(.35) per share compared to a net loss of $(31) thousand or less than one cent per share in the same quarter last year. The primary reasons for the net loss include the previously disclosed $2.0 million Company-wide restructuring and relocation charges, an additional $.6 million charge related to the closing of the Denver facility of Telemation, Inc., and $.8 million of charges under the terms of the Equity and Bonus Compensation Agreement entered into between the Company and its new Chairman, Barry Diller.

The Company also announced that James M. Lawless has resigned as a member of the Company's Board of Directors, effective December 22, 1995, and no longer serves as President. Mr. Lawless served the Company with distinction as Chairman of the Board from June 7, 1994 until August 24, 1995 and as President since January 12, 1994.

SKTV owns and operates 12 independent full power UHF broadcast television stations which serve 8 of the 12 largest markets in the United States, including New York, Los Angeles and Chicago, and the stations reach approximately 28 million television households.

                 SILVER KING COMMUNICATIONS, INC.                 FINANCIAL HIGHLIGHTS (Unaudited)                                          Quarter Ended                                   11/30/95          11/30/94                              (In thousands, except per share data) 

Selected Income Statement Information:

     Revenue                        $11,553           $11,555     Net loss                       $(3,319)          $   (31) 

Per share basis:

     Net loss                       $  (.35)          $   --- 

Weighted Average

      Shares Outstanding              9,378             8,899 

Selected Balance

      Sheet Information As Of:     11/30/95           11/30/94     Cash and Cash Equivalents      $21,580           $11,099     Total Debt Outstanding        $111,456          $122,381     -0-                       12/28/95 

/NOTE TO EDITORS: Other Silver King Communications press releases are available at no charge through PR Newswire's Company News On-Call fax service and on PRN's Web site. For a menu of Silver King Communications press releases or to retrieve a specific release, call 800-758-5804, extension 790925, or http://www.prnewswire.com on the Internet./

/CONTACT: Jason Stewart, 310-246-1411, or Steven Grant, 813-573-0339, both of Silver King/

(SKTV)

CO: Silver King Communications, Inc. ST: Florida IN: ENT SU: ERN

AD-KW -- FLTH006 -- 9303 12/28/95 17:11 EST

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WIPO ASSIGNS PATENT TO HTS HANS TORGERSEN & SONN AS FOR "CHILD SAFETY SEAT" (DUTCH INVENTORS)

GENEVA, March 21 -- Publication No. WO/2011/031162 was published on March 17.

Title of the invention: "CHILD SAFETY SEAT."

Applicants: HTS HANS TORGERSEN & SONN AS (NO).

Inventors: Okke Van Mourik (NL), Joyce Smits (NL) and Erik Van Der Veer (NL).

According to the abstract posted by the World Intellectual Property Organization: "The present invention relates to a child safety seat (1) for use in a vehicle, where the child safety seat is comprised of a base portion (2) and a child seat portion (3) having a back section (4) and a seat section (5) and a safety harness arrangement (8). The safety harness arrangement (8) comprises a pair of shoulder strap portions (9, 10) extending through respective apertures in the back section and a crotch member (12) arranged in a forward part of the seat section. Furthermore, the safety harness arrangement (8) comprises a pair of strap sleeves (19, 20), where the strap sleeves are provided with fastening means (21), the fastening means of the strap sleeves cooperating with corresponding fastening means (22) arranged in the side walls (13) of the back section."

The patent was filed on Sept. 8, 2010 under Application No. PCT/NO2010/000330.

For further information please visit: http://www.wipo.int/pctdb/en/ia.jsp?ia=NO2010/000330

For any query with respect to this article or any other content requirement, please contact Editor at htsyndication@hindustantimes.com

US Patent Issued to HTS Hans Torgersen & Sons on Nov. 23 for "Children's Safety Seat with Guide and Tension Device" (Dutch Inventors)

ALEXANDRIA, Va., Nov. 25 -- United States Patent no. 7,837,264, issued on Nov. 23, was assigned to HTS Hans Torgersen & Sons AS (Kroderen, Norway).

"Children's Safety Seat with Guide and Tension Device" was invented by Willem Mees van der Bijl (Enschede, Netherlands), Rob Heinemeijer (Hengelo, Netherlands), Johannes Hendrikus Rikhof (Beuningen, Netherlands), Okke van Mourik (Utrecht, Netherlands), Henk Vertegaal (Hengelo, Netherlands) and Sander Weernink (Enschede, Netherlands).

According to the abstract released by the U.S. Patent & Trademark Office: "Children's safety seat comprises-a seat body comprising a sitting section and a back section, wherein the back section and the sitting section has an inner surface for the support of a child and an outer surface whereto a seat belt, is to be arranged, a base onto which the seat body is arranged, a carrying handle pivotally connected to the safety seat wherein the outer surface of the back section is provided with a guide for the seat belt, wherein the guide comprises at least a first guide portion providing for the seat belt to essentially follow the curvature of the outer surface of the back section, at least a second guide portion providing for the seat belt to be arranged angular to the outer surface of the back section.

The carrying handle is provided with at least one tension device preferably for the first portion of a seat belt wherein the carrying handle in a first position places the tension device in a position wherein access is provided for the seat belt to be attached to or released from the tension device, and wherein the carrying handle in a second position places the tension device in a position wherein the seat belt is tensioned by the tension devices a belt receiving structure for a seat belt which belt receiving structure is arranged between the base and the seat body and comprises a belt twisting portion, which seat belt is twisted by the belt twisting portion and arranged to be passing between the belt receiving structure and the seat body and between the belt receiving structure and the base."

The patent was filed on Oct. 11, 2005, under Application No. 11/246,161.

For further information please visit: http://patft.uspto.gov/netacgi/nph-Parser?

Sect1=PTO2&Sect2=HITOFF&p=1&u=%2Fnetahtml%2FPTO%2Fsearch-bool.html&r=1&f=G&l=50&co1=AND&d=PTXT&s1=7837264&OS=7837264&RS=7837264

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US Patent Issued to Bruker HTS on Nov. 9 for "Method and Apparatus for Producing Biaxially Oriented Thin Films" (German Inventors)

ALEXANDRIA, Va., Nov. 11 -- United States Patent no. 7,829,156, issued on Nov. 9, was assigned to Bruker HTS GmbH (Hanau, Germany).

"Method and Apparatus for Producing Biaxially Oriented Thin Films" was invented by Alexander Usoskin (Gottingen, Germany) and Lutz Kirchhoff (Hattorf, Germany).

According to the abstract released by the U.S. Patent & Trademark Office: "A method and an apparatus serve to produce thin films having a biaxial crystal orientation.

The method includes the steps of: depositing atoms on a substrate, the atoms having a composition corresponding to the thin film to be produced; bombarding the deposited atoms with an energized beam, the energized beam being oriented with respect to the substrate at an angle of a defined range of angles, the step of bombarding substantially taking place during a different time period than the step of depositing; and alternately repeating the step of depositing and the step of bombarding for a plurality of times."

The patent was filed on Feb. 16, 2006, under Application No. 11/355,427.

For further information please visit: http://patft.uspto.gov/netacgi/nph-Parser?

Sect1=PTO2&Sect2=HITOFF&p=1&u=%2Fnetahtml%2FPTO%2Fsearch-bool.html&r=1&f=G&l=50&co1=AND&d=PTXT&s1=7829156&OS=7829156&RS=7829156

For any query with respect to this article or any other content requirement, please contact Editor at htsyndication@hindustantimes.com