See "Qualcomm and Akamai Collaborate to Optimize Mobile Page Loads and Improve Mobile User Experience" - here.
Showing posts with label Qualcomm. Show all posts
Showing posts with label Qualcomm. Show all posts
Sunday, July 1, 2012
Qualcomm and Akamai Develop New Protocol to Improve Page Performance
See "Qualcomm and Akamai Collaborate to Optimize Mobile Page Loads and Improve Mobile User Experience" - here.
Labels:
Akamai,
CDN,
Optimization,
Qualcomm
Tuesday, October 19, 2010
NSN and Qualcomm Show 50% More Efficient Signaling
Nokia Siemens announced that a "test was conducted .. [with] Flexi Multiradio Base Station and Radio Network Controller and Qualcomm's QSC7230 smartphone optimized chipset .. showed that operators with multivendor networks can benefit from Nokia Siemens Networks’ uniquely deployed Cell_PCH functionality that prolongs mobile device battery life and handles signaling up to 50% more efficiently. Nearly 100 operators worldwide have already deployed Nokia Siemens Networks’ Cell_PCH functionality."
See "Nokia Siemens Networks collaborates with Qualcomm to optimize smartphone performance" - here.
This kind of a follow-up to a previous announcement - "NSN CEO: “Finding ways to support the 10,000% increase in smartphone generated data traffic by 2015 is vital for operators worldwide” - here), although the test was conducted at Nokia Siemens Networks’ Smart Lab in Dallas rather the new facility in Madrid.
"The new Release 8 Fast Dormancy feature is designed to optimize the performance of both the wireless terminal and network," said Alex Katouzian, vice president of product management at Qualcomm CDMA Technologies. "It enables a consistent improvement in battery life and signaling efficiency on multivendor networks for a wide range of mobile broadband devices, such as smartphones, netbook/tablet PCs and laptops. The test clearly demonstrates the benefit of leading network vendors and terminal platform providers working together.
Related post - "Optimization Deployments (30): StarHub Uses Huawei to Reduce Network Signaling by 83%"- here.
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