HTC’s high-end Bolt is a fast, fascinating Sprint exclusive

No one would fault you if you thought HTC was done making high-end smartphones for the year. It wasn't perfect, but the HTC 10 was a highly respectable piece of kit. And HTC's design and production fingerprints can be found all over both of Google's...

Huawei’s next chipset may give competitors a run for their money

Huawei is now Europe's second largest Android brand, according to Kantar, but there's just no time for celebration. Not too long after launching the Huawei Mate S and the Nexus 6P, the Chinese telecom giant is already teasing the launch of the Mate...

Hong Kong’s CSL demos 300Mbps LTE Advanced service, due early 2014 (video)

Phil Mottram, CEO of CSL.

It was only about four months ago when CSL, Telstra's part-owned operator behind Hong Kong's one2Free and 1010 networks, showed off its 150Mbps LTE Cat 4 upgrade; but why stop there? Today, the same company gave us a glimpse of its upcoming 300Mbps LTE Advanced service, which is enabled by aggregating its 20MHz carriers at both its 1,800MHz and 2,600MHz LTE bands.

"The announcements in Korea and the announcements in Australia around LTE Advanced... the theoretical speed that they're delivering is 150Mbps. What we're talking about today is LTE-A300," said Phil Mottram, CEO of CSL. "It's definitely a first for Hong Kong, and it's potentially a world-first in terms of being able to deliver these theoretical, maximum download speeds at 300Mbps." %Gallery-slideshow83577%

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Broadcom outs smaller, more efficient LTE-Advanced modem for high-spec mobiles

Broadcom out shrunken down LTEAdvanced modem for highspec mobiles

Welcome to the BCM21892. It may sound like every other piece of Broadcom silicon we've covered, but it actually represents an important move from a company that is eager to start pecking at Qualcomm's lunch. First and foremost, this is a 4G modem for flagship phones rather than any budget fare, with support for LTE-Advanced and data speeds of up to 150Mb/s. To deliver that kind of performance, carriers either need 20MHz of contiguous bandwidth -- a rarity these days -- or they need carrier aggregation technology, which allows a modem to exploit separate chunks of bandwidth simultaneously. The BCM21892 boasts that spec too, not to mention compatibility with most of the popular network standards in use around the world, from the TD and FD types of LTE right down to HSPA+, TD-SCDMA and EDGE/GSM. Finally, through a combination of small transistors (28nm) and clever algorithms, the chip is claimed to reduce power consumption by 25 percent compared to rival devices, and also to take up less space -- potentially leaving more room for other goodies (Broadcom suggests NFC). The chip is still only at the the sampling stage, however, so the folks at Qualcomm shouldn't have too much to worry about until at least 2014.

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