While there's been plenty of talk about the consequences of Google, ARM, Qualcomm, the SD Association, the Wi-Fi Alliance, carriers, and the USB-IF no longer working with Huawei, one company has been kept out of the discussion to date: the Bluetooth SIG. Read More
Back in June, the Bluetooth SIG (Special Interest Group) announced Bluetooth 5.0, which promised improvements across the board for this wireless protocol, mostly for the Low Energy (BLE) transfers: 2x speed, 4x range, and 8x broadcast message capacity. As more and more devices and things in our lives become connected, from the fridge to the lamp to the clothes we're wearing, this new version should make Bluetooth more reliable as a low-energy and universal communication and data transfer standard.
Now, the Bluetooth SIG has officially adopted Bluetooth 5.0 and explains one further advantage: the reduction of wireless interference with other technologies. It expects devices with Bluetooth 5.0 to start shipping in two to six months. Read More
Love it or hate it, Bluetooth is in almost every gadget we own and use. It's one of the most universal means of communication between devices and thanks to the Low Energy protocol of Bluetooth 4.0 (and 4.1 and 4.2 subsequently), it has been propagating to various accessories, gadgets, wearables, and Internet of Things devices. Right now, I can count 13 things within 2 feet of me that use Bluetooth, and they're not all phones: I also have a speaker, a wireless trackpad, 2 smartwatches, a Fitbit, and so on.
But Bluetooth is slated for even more expansion as beacons start showing up everywhere, multiple items around you and even on you get smart, and your house/office appliances and various things start learning to communicate wirelessly. Read More
Today, the Bluetooth SIG announced a series of improvements on the Bluetooth standard's "technology roadmap" in 2016 would offer enhanced range, speed, and mesh networking capability for the wireless communication protocol.
It's not clear if these changes will be part of a new standard (like Bluetooth 4.2 and beyond) or if there will be improvements applicable to older specs as well. In addition, we don't know if any of these improvements would require changes to the Bluetooth hardware itself, or whether both host and device must support the spec to see any kind of benefit. It's not even clear when we'll be able to expect devices with the improvements. Read More
So far HP's Android tablets have been somewhat unremarkable, with the arguable exception of the Pro Slate series. Despite a lukewarm response from consumers and retailers, it looks like the company is ready to release at least one more model. A new tablet called the HP 10 G2 has been hanging out with both the FCC and the Bluetooth Special Interest Group, and spotted by Liliputing. Based on the "10 G2" name and photos, it looks like a relatively low-cost follow-up to the original HP 10.
Specs are sparse, but we do know it uses a MediaTek MT8127A 1.5GHz quad-core processor, Wi-Fi, and Bluetooth. Read More
The original NVIDIA SHIELD (before the Tablet or the set-top box, so just called "SHIELD" at the time) was a surprise revelation at CES 2013. This high-powered Android device with an Xbox-style controller and a flip-up screen was unlike anything we had seen before, and though it never became a runaway hit, many (including yours truly) have been hoping that NVIDIA would update the design in addition to its more conventional SHIELD entries. Get your thumbs ready: it looks like a SHIELD 2 is being certified by both the Wi-Fi and Bluetooth trade groups.
Chinese Android news site Juggly spotted a new entry for a device called the "SHIELD Portable" on the Bluetooth Special Interest Group certification listing, published on March 15th. Read More
Sometimes confirmations come from the strangest of sources.
The Bluetooth Special Interest Group (SIG) has just approved a CMDA version of the Samsung Galaxy SIII (SCH-I535), all but guaranteeing its arrival on Verizon.
Earlier this month a device with the model number SCH-I535 appeared in a NenaMark benchmark test. The device was using the Qualcomm Adreno 225 GPU and was Verizon branded. We suggested that the US version of the Galaxy SIII was likely to use the Snapdragon S4 chip, and the benchmark appears to confirm this theory.
Considering the fact that the Bluetooth SIG approved a CDMA version of what is clearly the Galaxy SIII, and since the model number of the device matches the NenaMark2 test, it is safe to conclude that Verizon should be getting the Galaxy SIII. Read More