Wireless industry is in war mood these days. Almost all companies fighting patent lawsuits against other. This week Ericsson sued Samsung over number of wireless patent disputes. But the big news is Nokia won patent lawsuits against the Blackberry makers. Now Nokia wants sales ban on number of Blackberry phones which use it’s WiFi patents.

Nokia said in a statement that a Swedish tribunal “found that RIM was in breach of contract and is not entitled to manufacture or sell WLAN products” without first agreeing to royalty terms with Nokia. As a result, Nokia said it is seeking court action to block the sale of RIM devices with Wi-Fi capabilities in the United States, the UK and Canada. (Wireless local access network technology, or WLAN, is usually marketed as Wi-Fi.)

RIM is not doing so good these days and it’s market share are not promising. Analysts have warned of dire consequences for RIM: “This could have a significant financial impact to RIM, as all BlackBerry devices support WLAN,” IDC analyst Francisco Jeronimo told Reuters.

Canalys analyst Pete Cunningham added: “If a sales ban was imposed it would be a massive blow for RIM as it manages its transition to the new BlackBerry 10 software platform.”

Nokia said more than 40 companies license its handset patents, but RIM had argued that an earlier licensing deal with Nokia meant it should not have to pay a separate fee for Wi-Fi technology.

Peter Misek, an analyst at the New York-based investment bank Jefferies, said Nokia’s filings mean that RIM likely will end up paying royalties of $2 to $5 per phone, according to Newser.

Qualcomm is always ahead of race when we talk about modem chips compared to other competitors. To follow the same trend Qualcomm now stared shipping their third generation Qualcomm Gobi LTE chips samples to its business partners. Qualcomm next generation MDM9225 and MDM9625 LTE and HSPA+ modems will power many of the future smartphones, tablets, notebooks, portable hotspots and USB dongles.

Here are some of the features of the newly released Qualcomm Gobi chips

• This is the first chip with LTE Advanced modem which delivers theoretical speeds of up to 1 Gigabits per second.
• MDM9225 and MDM9625 chips are also the first to support LTE carrier aggregation and true LTE Category 4 with data rates of up to 150 Mbps and give network operators increased broadband speeds across their LTE service areas.
• Implemented in a 28nm manufacturing process.
• First chip with a 3GPP Release 10 Multicarrier HSPA+ (MC-HSPA+) Modem. Theoretical speeds up to 84 Mbps

Qualcomm MDM9225 and MDM9625 will be available in 2013.

Press Release

Today Qualcomm’s partners began receiving samples of our third generation Qualcomm Gobi LTE chips – our latest and greatest cellular modems. The MDM9225 and MDM9625 will be the first chips to contain new LTE and HSPA+ modems, which are faster and use less power than their predecessors.

Qualcomm Gobi LTE chips are used by our partners to add cellular connectivity to their products, including smartphones, tablets, notebooks, portable hotspots, dongles and more. Gobi allows these devices to connect to the Internet at fast 4G LTE speeds. But they’re also backwards compatible with older 3G and 2G cellular technologies, making it possible to find a cellular connection almost anywhere.

Qualcomm announced development of the newest Gobi LTE chips in February. Now that our partners have received samples, we expect devices with the chips to be available for purchase in 2013. Qualcomm Gobi’s features include:

First chip with a LTE Advanced Modem

-Delivers theoretical speeds of up to 1 gigabits per second.

First chip with a LTE Category 4 Modem

-Delivers theoretical speed of up to 150 megabits per second.

First chip with a 3GPP Release 10 Multicarrier HSPA+ (MC-HSPA+) Modem

-Theoretical speeds up to 84 Mbps

The new Qualcomm Gobi Chips will consume less power than their predecessors and continue to be manufactured using the 28nm process. The overall size of the board has also been reduced, both of which will help partners build sleeker products with longer battery life.