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| MIMO-WLAN: IEEE 802.11n IP cores for licensing for SoC and Semiconductor Companies |
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 Download brochure for detailed information |
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| Wireless Technologies of Esqube Communication Solutions Pvt Ltd. |
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| Up to date implementation of 802.11n PHY & MAC as per Draft P802.11n D1.07 December 2006, and 2007 Draft 2.0 version. |
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Access Point: Full Specification implementation with coverage of all MCS: 0-76 and all operating modes as illustrated below. |
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Customizable implementation with selective features of MIMO 2x3, 2x2 etc. and selective MCS |
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Minimum and mandatory specifications implementation for client-STA devices |
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Legacy fall backs: 802.11a,g,b |
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| IP Deliverables |
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Fixed PointFlat-MATLAB code: All functions are handwritten and no inbuilt functions. Example: Viterbi, Convolutional Coding, reshape, nnz, Matrix-inverse, SVD …. |
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Fixed point C/C++ as per customer requirements |
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RTL Deliverables as per customer requirements. |
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| Operating Modes verified for all MCS:0-76. Extensive simulations to validate results through PER results. |
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Mixed Mode |
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Green Field Mode |
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Upper and Lower |
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Non-HT Mode |
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HT Duplication Mode |
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Non-HT Duplication mode |
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40 MHz Upper Mode |
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40 MHz Lower Mode |
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| Functional Models implementation as per Draft P802.11n D1.07 Dec'2006. |
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HT Capability signaling |
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MPDU aggregation – Transmission and reception |
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MSDU aggregation – Transmission and Reception. |
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Block Acknowledgement |
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Protection mechanisms for different HT PHY options |
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Co-existence of 20 MHz and 40 MHz channels. |
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| Functional fall backs: Legacy 802.11a,g and 802.11e MAC functionalities. |
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| Esqube provides world class expertise, consultancy and design services for the companies involved in the WLAN, WiMax, WUSB and proprietary wireless communication systems. Our client base for the consultancy and design services for wireless communications is constantly increasing. |
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| A planning tool to determine the optimal locations of multiple access points and WiMAX base stations for effective coverage. WLAN Access Points deployment in hotspots and enterprise locations: The tool utilizes the building and floor plans including the information of the walls and partitions for generating the optimal position for deployment of APs. WiMAX Base Stations deployment in a metropolitan area: The tool generates the optimal position for WiMAX base stations and nodes for effective coverage based on the terrain and building locations. The tool provides the optimum number of access points needed for a good coverage for a given area. Given an existing deployment plan the tool generates the effective map of the coverage area. |
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| A proprietary solution designed, developed and delivered for a specific application of our clients. |
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"Interleaved OFDM (IOFDM)" (patent filed). IOFDM uses less number of guard symbols which effectively increases the payload data rate. |
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"A fast receiver algorithm for zero-padded OFDM systems" (patent filed) |
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"A method and device for wireless internet" (patent filed) |
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"A novel method for a device, system and apparatus for IP based voice and video communications for wireless and wireline networks" (patent filed). |
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| For more information, please contact hari@esqube and raj@esqube.com. |
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| Download brochure for detailed information |
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