The Alcatel 1000 E10 (OCB283) exchange, also known by its shorter name as the E10, is designed to cater for evolving networks and the need to rationalise equipment operation.
The E10 is constructed according to the following principles; It has a modular architecture; System functions are distributed over its component modules; The principle of modularity is applied to both hardware and exchange software; The system’s modular architecture means; Ease of adaptation-Reliability-Dependability-Easy upgrades.
The SMs (control station) are the hardware module of E10. There are five types of SM:
The E10 can be used for all switching applications; Local exchange; Transmit exchange; Signaling transfer point; Service switching point (intelligent network access).-Mobile service switching point.
The performance of an exchange is closely linked to its environment. The performance of the E10 is therefore calculated against a benchmark environment defined by:- a MIX of calls (percentage of completed calls, unanswered calls, busy conditions, false seizures, etc).- operating conditions (percentage usage of different signaling types,itemized billing, meter pulse transmission etc).
The E10 maximum call handling capacity is 1200000 BHCA (busy hour call attempts) which is equivalent of 336 call attempts per second. In a maximum configuration, the switching matrix can connect 2048PCM links or 6000 circuits. So it can handle of 25000 erlangs. Such handling capacity provides the capability to connect:-200000 fixed subscribers.-400000 to 900000 mobile subscribers.
The Alcatel E10 consists of SMs (control station) which communicate via a local network. The SMs and ancillary equipment are housed in subracks installed in racks.
Rack dimensions with their EMC (electromagnetic compatibility) cladding are:
Height: 2200mm; Width: 900mm; Depth: 650mm
Each rack has five or six sub-racks separated by air baffles. Cooling is by natural convection. Each rack has a duplicated power supply system. The converters have two power sources using independent routes.
Sub-rack dimension are; Height: 234mm; Width: 782mm. The sub-rack backplanes are multi-layer printed circuits.
All links between sub-racks and between racks are via shielded cables.
There are 32 types of boards with the following dimensions; Height: 234mm; Length: 350mm; Thickness: 1.6mm. The boards are multi-layer. For handling, the boards have a hard plastic strip that prevents direct electrostatic discharge. The strip has a latching and release device with two extraction levers. The boards are fitted the CMOS technology surface mount components. On average, aboard consumes less than 7 watts.
The local area network consists of multiplexes. Each multiplex has two token rings complying with the IEEE standard.
The Alcatel 1000 E10 (OCB283) software is organized into software machines that are totally independent of SMs (control stations) that support them. Depending on the configuration and operating environment, an SM supports one or more software machines. The software is stored on disk where it is organized into archives. It is loaded into the SMs via the local network the system is initialized.
|Manufacturer||Model||Product Number||Description||Request a quote|
|ALCATEL||E10||3BK06428ACAG||CPRC boards ( BSC)||Contact us about the 3BK06428ACAG|
|ALCATEL||E10||3BK08064ACAB06||GPU||Contact us about the 3BK08064ACAB06|
|ALCATEL||E10||3BK08075ABAA||HEAT2||Contact us about the 3BK08075ABAA|
|ALCATEL||E10||3BK08149ABAB03||JBETI||Contact us about the 3BK08149ABAB03|
|ALCATEL||E10||3BK25527AB||XIOB Board Out||Contact us about the 3BK25527AB|
|ALCATEL||E10||3BK26859AAAE||BSC TP boards||Contact us about the 3BK26859AAAE|
|ALCATEL||E10||3BK26859AABA10||Alcatel BSC Board||Contact us about the 3BK26859AABA10|
|ALCATEL||E10||3BK26881AAADO6||Remote Line unit link controller||Contact us about the 3BK26881AAADO6|
|ALCATEL||E10||3BK26883AABA03||BSC Board||Contact us about the 3BK26883AABA03|
|ALCATEL||E10||3BK27040AB||AGC 1800||Contact us about the 3BK27040AB|
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