Sentence examples for bit per square from inspiring English sources

The current electron beam recorder is essentially a production machine capable of making full-length exposures at capacities of up to 50 GB with a simple low-cost upgrade path to disc capacities of several hundred gigabytes and beyond and hard disk drives (HDD) with capacities of up to 1 tera bit per square inch.

The energy E tx consumed by the radio transmitter of a node in one transmission of (b) bits over a distance d is (E_{tx} left( {b, d} right) = E_{elec} cdot b + E_{amp} cdot b cdot d^{2}), where E elec is the energy dissipated per bit by the transmitter or receiver circuitry and E amp is the transmit amplifier energy dissipation per bit per square meter.

Current semiconductor memories can store about half a billion bits per square centimeter.

By 2014, that is expected to increase to 170 billion bits per square centimeter.

Next year the most advanced flash storage chips will have a capacity of roughly 64 billion bits per square centimeter, according to the industry's annual road map.

The tape boasts a density of 45.0Gb/in2 69.8Mb/mm22), as opposed to the 29.5 billion bits per square inch Fujifilm/IBM offered.

Within two years, IBM expects the technology to allow hard drives to store up to 100 billion bits of data per square inch, up from about 34 billion bits per square inch now.

The tape, which measures 800 meters in length by one-half-inch wide, boasts a density of 29.5 billion bits per square inch.

In the end, recording density should be as high as 5 terabits (5 trillion bits) per square inch, ten times more than now.

But HP says that, assuming the process can be scaled up, it could lead to memory chips with the ability to store ten times more bits per square micron (a micron is one-millionth of a meter) than current chips.

The switch is expected to quadruple data capacity to about 100 billion bits per square inch by 2003, a density that will allow desktop computers to store 400 gigabytes of data.