TI Demonstrates Coin Cell Based Low Energy Bluetooth Wireless Technology TI demonstrira kovanice Cell Based niskoenergetske Bluetooth bežične tehnologije
Bluetooth is one of the most common wireless technologies being deployed in mobile devices for short distance communication. Bluetooth je jedna od najčešćih bežične tehnologije bitak iskrcati u mobilnim uređajima za kratke udaljenosti komunikaciju. While it stands a great advantage in terms of relatively low power consumption as compared to other longer distance communication protocols, but some manufacturers still see the needs to develop an even lower energy Bluetooth technology to make the technology even more popular in consumer electronics products. Iako stoji velika prednost s obzirom na relativno nisku potrošnju energije u odnosu na druge duže udaljenosti komunikacijskih protokola, a neki proizvođači još uvijek vidjeti treba razviti čak i niže energije Bluetooth tehnologije kako bi još više popularnih tehnologije u proizvode potrošačke elektronike. Just recently, TI (Texas Instruments) has planned to demonstrate its world's first low energy Bluetooth technology that can be based on coin battery cell during a conference held in Munich, Germany. Samo u zadnje vrijeme, TI (Texas Instruments) je planirano da demonstriraju svoj prvi svjetski niskoenergetske Bluetooth tehnologije koja može biti zasnovana na kovanice baterija stanica tijekom konferencije održane u Münchenu, Njemačka.
The coin battery cell Bluetooth technology will be leveraged on TI next generation thermally efficient CC2540 SOC (System-on-chip) that can operate in both single and dual-mode, making it fully compatible with next generation low energy Bluetooth devices while still backward compatible with existing legacy Bluetooth enabled devices at the same time. Cell novac baterije Bluetooth tehnologije će se utjecati na TI sljedeće generacije termički efikasan CC2540 SPC (System-on-chip) koji može raditi u oba single i dual-mode, čime je u potpunosti kompatibilan sa slijedeće generacije niskoenergetske Bluetooth uređaja dok je još nazadan kompatibilan s postojećim ostavština Bluetooth uređaja u isto vrijeme. Being designed in 6mm X 6mm package, it integrates all the necessary host controllers with an on-package flash memory for firmware and data storage so that the whole system design can be even shrunk down to compact foot print. Budući da je dizajniran u 6mm x 6mm paketa, integrira sve potrebne matične kontrolere sa on-paket flash memoriju za firmware i pohranu podataka, tako da je cijeli sustav dizajn može se čak i smanjila dolje za ispis kompaktna stopala. Impressingly, all these can be powered purely by coin battery cells for years without the need of recharging which is particularly useful for tiny lightweight Bluetooth enabled devices in concealed casing. Impressingly, svi te mogu biti pokretan isključivo novac baterije godinama bez potrebe za punjenje koja je posebno korisna za malen lagan Bluetooth uređajima sakriven u kućištu. Besides existing mobile phones market, there are some new usage models including fitness, sports, medical that should be able to benefit from the low energy Bluetooth technology from now onwards. Osim postojećih mobilnih telefona na tržištu, ima nekih novih modela, uključujući korištenje fitness, sportska, medicinska koji bi trebali biti u mogućnosti da koristi od niske energije Bluetooth tehnologije od sad nadalje.
No pricing information yet, CC2540 will be available by early 2010 and in order to simplify board's design, TI has manufactured it so that the silicon will be pin-compatible with existing CC2530 ZigBee controller as a direct drop in replacement for faster TTM (Time-to-Market). Nijedan formiranje cijena informacija još, CC2540 će biti dostupan početkom 2010 i kako bi se pojednostavio odbora dizajn, TI je on proizveden tako da silicij će se pin-kompatibilan s postojećim CC2530 ZigBee kontroler kao izravan pad u zamjenu za brži TTM (Time - to-market).
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