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“Moreover, about 15 per cent of these sites have additional subsidies for using VSAT capabilities to provide backhaul,” Chatterjee continued. Chatterjee estimates that over 50,000 villages will be covered under these 4-5 projects.
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Universal Obligation Services Fund (USO-Fund) has launched a series of projects in the past 12-15 months, which have identified uncovered villages in Jammu and Kashmir, Arunachal Pradesh, Assam, Uttar Pradesh, Bihar and Rajasthan, where they are providing subsidies to operators to install mobile towers for cellular services.
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Government-mandated projects to provide 4G connectivity to uncovered rural sites will be the biggest market drivers for players like Hughes. Under the new rules a Closed Users Group (CUG) licence is sufficient to provide these services. “Operating within an NLD licence is a long, arduous process and approvals take time, and the spectrum charges are too high for the set of operations to be economically viable,” Chatterjee explained. Previously, one needed a National Long Distance (NLD) licence for this purpose, which, according to Chatterjee, is a regulatory hurdle. This is why the recent move by DCC to allow VSAT operators to provide satellite-based backhaul is a big opportunity for companies like Hughes. However, the laying of optic fibres or microwave towers in remote locations, can be commercially unviable for service providers. Hughes Communications, being the incumbent, is likely to capture at least two-thirds of the market share,” said Chatterjee in an exclusive interaction withĬhatterjee estimates that there are only about 200 cellular sites using satellite connectivity for backhaul. “In the coming year, at least 5 to 10 thousand cellular sites will be using satellite technology for backhaul purposes. Opportunities galoreīut the Digital Communication Commission’s (DCC) approval for using satellite backhaul, through VSAT terminals for cellular services, will open a wide window of opportunities, according to Shivaji Chatterjee, Senior Vice-President- Enterprise, Hughes Communication India Private Limited. Telecom service providers prefer optic fibre cables or microwaves for backhaul purposes, and satellites are only used in extremely remote areas and disaster situations. For instance, to keep mobile networks running, telecom companies need to keep cellular towers interconnected. Toshiba clearly felt that having the keyboard attached at all times was necessary as the primary function of this device is for content-creation.US satellite service provider Hughes Communications is eyeing over 65 per cent share of India’s burgeoning satellite backhaul infrastructure market.īackhaul infrastructure is critical to keep telecom networks connected.
It's over double the weight of the 9.7in iPad (652g), and this just isn't practical.
For a laptop that's just above average, but it's far too heavy when you want to use it as a tablet. The U920T measures 326.5 x 213 x 19.9mm and weighs in at a hefty 1520g.
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Internally, you have support for Wi-Fi 802.11 b/g/n, wireless LAN, and Bluetooth 4.0. Ports are housed on the keyboard portion of the chassis, where you'll find: HDMI, 2x USB, RJ-45 (Ethernet), 3.5mm jack input, and a proprietary charging port. But the Toshiba is perfectly functional, simple to operate, and fits snuggly inside a bag or satchel.
Although it's solid, the U920T is not eye-catching - especially when compared to other devices such as the Asus Vivo Tab or Microsoft Surface RT. The chassis is made from a combination of plastics and aluminium. It takes seconds and the mechanism feels reassuringly sturdy when locked in place. Slide the display forwards to reveal the keyboard and once fully extended, pull it upwards and adjust to the desired angle. Design and portsThe U920T's main trick involves switching it from a tablet into a laptop, which is done via a simple sliding mechanism.
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