A report last week hinted Apple might be working with chip maker Broadcom to outfit upcoming Macs with faster 802.11ac Wi-Fi chips and now a new piece of evidence has surfaced supporting the claim. The new Wi-Fi 802.11ac standard, also known as Gigabit Wi-Fi, is currently undergoing revisions.
It promises to substantially boost data transfer speeds between compatible devices. Looks like Apple is on the lookout for a System Test Engineer in 802.11 Wi-Fi who is required to have technical knowledge of the new 802.11ac standard…
AppleBitch (yeah, there’s a web site by that name) dug up an Apple job advertisement for an experienced Wi-Fi System Test Engineering who will be tasked with “testing, automating, leading and working closely with the entire cross-functional team to ensure quality for Macintosh products”.
Experience “on consumer-facing hardware/software products for Wifi environments” is preferred, as is knowledge of the latest 802.11ac standard. We’ve been hearing about the fifth-generation Wi-Fi coming to Apple products for over a year now, though the rumors have failed to materialize thus far.
Most devices today use the 802.11n implementation of the Wi-Fi standard which allows for theoretical data transfer speeds of 450Mbps with three antennas in place. The upcoming 802.11ac revision starts at 450Mbps, so theoretically you’re looking at up to 1.3Gbps with three antennas.
Last week, fellow blogger Matt Brian of The Next Web allegedly heard from sources that an Apple endorsement will accelerate the certification process as Apple has reportedly “struck a deal with chip maker Broadcom to outfit its new Macs with 802.11ac chips”.
At the time, I had my share of doubts as to the veracity of the rumor.
Among the possible implications: an AirDrop-like document transfer protocol which could allow iOS devices to wirelessly exchange documents with Macs, without using iCloud or requiring a Wi-Fi hotspot.
A concept depicting an AirDrop-like file sharing between an iPhone and a Mac.
AirDrop, as you know, is a wireless service Apple introduced in OS X Lion in 2011. It works by establishing a direct ad-hoc connection between supported devices that don’t have to be on the same local network because the connection is established directly between their respective Wi-Fi cards, much in the same way as the Wi-Fi Direct feature works on supported Android devices, such as Samsung’s Galaxy S III smartphone and Note II phablet.
Apple in the previous-generation iOS devices used Broadcom’s mobile Wi-Fi chips exclusively and some watchers have speculated Broadcom’s new BCM4335 module could be a likely candidate for 2013 iOS devices, especially considering Broadcom is ramping up production in Q1 2013, just in time for this year’s iPads.
Data source: iDownloadBlog (by Christian Zibreg)
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