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HP Mini 1. 10 3. NR Netbook. Compaq Mini CQ1. Netbook. Verizon Wireless Blitz Prepaid. Archicad 2D Objects. HTC Ozone with TALKS for Verizon Wireless. Verizon Wireless U6. High Speed Packet Access Wikipedia. High Speed Packet Access HSPA1 is an amalgamation of two mobileprotocols, High Speed Downlink Packet Access HSDPA and High Speed Uplink Packet Access HSUPA, that extends and improves the performance of existing 3. G mobile telecommunication networks using the WCDMA protocols. A further improved 3. GPP standard, Evolved High Speed Packet Access also known as HSPA, was released late in 2. The newer standard allows bit rates to reach as high as 3. Mbits in the downlink and 3. Mbits in the uplink. However, these speeds are rarely achieved in practice. OvervieweditThe first HSPA specifications supported increased peak data rates of up to 1. Mbits in the downlink and 5. Mbits in the uplink. It also reduced latency and provided up to five times more system capacity in the downlink and up to twice as much system capacity in the uplink compared with original WCDMA protocol. High Speed Downlink Packet Access HSDPAeditHigh Speed Downlink Packet Access HSDPA is an enhanced 3. G third generation mobilecommunications protocol in the High Speed Packet Access HSPA family, also dubbed 3. G, 3. G, or Turbo 3. G, which allows networks based on Universal Mobile Telecommunications System UMTS to have higher data speeds and capacity. HSDPA has been introduced with 3. GPP Release 5, which also accompanies an improvement on the uplink providing a new bearer of 3. The previous maximum bearer was 1. As well as improving data rates, HSDPA also decreases latency and so the round trip time for applications. HSPA introduced in 3. GPP Release 7 further increases data rates by adding 6. QAM modulation, MIMO and Dual Cell HSDPA operation, i. MHz carriers are used simultaneously. Even higher speeds of up to 3. Mbits are possible with Release 1. GPP standards. 3The first phase of HSDPA has been specified in the 3. GPP release 5. Phase one introduces new basic functions and is aimed to achieve peak data rates of 1. Mbits with significantly reduced latency. The improvement in speed and latency reduces the cost per bit and enhances support for high performance packet data applications. HSDPA is based on shared channel transmission and its key features are shared channel and multi code transmission, higher order modulation, short transmission time interval TTI, fast link adaptation and scheduling along with fast hybrid automatic repeat request HARQ. Further new features are the High Speed Downlink Shared Channels HS DSCH, the adaptive modulation QPSK and 1. QAM and the High Speed Medium Access protocol MAC hs in base station. The upgrade to HSDPA is often just a software update for WCDMA networks. In general voice calls are usually prioritized over data transfer. User Equipment UE categorieseditThe following table is derived from table 5. GPP TS 2. 5. 3. 064 and shows maximum data rates of different device classes and by what combination of features they are achieved. The per cell per stream data rate is limited by the Maximum number of bits of an HS DSCH transport block received within an HS DSCH TTI and the Minimum inter TTI interval. The TTI is 2 ms. So for example Cat 1. MBits and not 1. MBits as often claimed incorrectly. Categories 1 4 and 1. TTI intervals of 2 or 3, which reduces the maximum data rate by that factor. Dual Cell and MIMO 2x. The data rates given in the table are rounded to one decimal point. HSDPA User Equipment UE categories. Category. Release. Max. numberof HS DSCHcodes per cellModulation note 1MIMO, Multi Cell. Code rateat max. Data. Rate note 2Max. Downlink. SpeedMbitsnote 31. QAM. 7. 61. 2. 25. QAM. 7. 61. 2. 35. QAM. 7. 61. 8. 45. QAM. 7. 61. 8. 55. QAM. 7. 63. 6. 65. QAM. 7. 63. 6. 75. QAM. 7. 57. 2. 85. QAM. 7. 67. 2. 95. QAM. 7. 01. 0. 1. QAM. 9. 71. 4. 0. QPSK. 7. 60. 9. 12. QPSK. 7. 61. 8. Further UE categories were defined from 3. GGP Release 7 onwards as Evolved HSPA HSPA and are listed in Evolved HSDPA UE Categories. Notes 1. 6 QAM implies QPSK support, 6. QAM implies 1. 6 QAM and QPSK support. The maximal code rate is not limited. A value close to 1 in this column indicates that the maximum data rate can be achieved only in ideal conditions. The device is therefore connected directly to the transmitter to demonstrate these data rates. The maximum data rates given in the table are physical layer data rates. Application layer data rate is approximately 8. IP headers overhead information etc. AdoptioneditAs of 2. August 2. 00. 9update, 2. HSDPA networks have commercially launched mobile broadband services in 1. HSDPA networks support 3. Mbits peak downlink data throughput. A growing number are delivering 2. Mbits peak data downlink and 2. Mbits. CDMA2. 00. EVDO networks had the early lead on performance, and Japanese providers were highly successful benchmarks for it. But lately this seems to be changing in favour of HSDPA as an increasing number of providers worldwide are adopting it. During 2. 00. 7, an increasing number of telcos worldwide began selling HSDPA USB modems to provide mobile broadband connections. In addition, the popularity of HSDPA landline replacement boxes grewproviding HSDPA for data via Ethernet and Wi. Fi, and ports for connecting traditional landline telephones. Some are marketed with connection speeds of up to 7. Mbits,5 which is only attained under ideal conditions. As a result, these services can be slower than expected, when in fringe coverage indoors. High Speed Uplink Packet Access HSUPAeditHigh Speed Uplink Packet Access HSUPA is a 3. Gmobile telephonyprotocol in the HSPA family. This technology was the second major step in the UMTS evolution process. It was specified and standardized in 3. Panofsky And The Foundations Of Art History Pdf on this page. GPP Release 6 to improve the uplink data rate to 5. Mbits, extending the capacity, and reducing latency. Driver Jobs In Correctional Services. Together with additional improvements which are detailed below this creates opportunities for a number of new applications including Vo. IP, uploading pictures and sending large e mail messages. In the meanwhile HSUPA has been superseded by newer technologies further advancing transfer rates. LTE provides up to 3. Mbits for downlink and 7. Mbits for uplink. Its evolution LTE Advanced supports maximum downlink rates of over 1 Gbits. TechnologyeditEnhanced Uplink adds a new transport channel to WCDMA, called the Enhanced Dedicated Channel E DCH. Further it features several improvements similar to those of HSDPA, including multi code transmission, shorter Transmission Time Interval TTI enabling faster link adaptation, fast scheduling and fast Hybrid Automatic Repeat Request HARQ with incremental redundancy making retransmissions more effective. Similarly to HSDPA, HSUPA uses a packet scheduler, but it operates on a request grant principle where the UEs request a permission to send data and the scheduler decides when and how many UEs will be allowed to do so. A request for transmission contains data about the state of the transmission buffer and the queue at the UE and its available power margin. However, unlike HSDPA, uplink transmissions are not orthogonal to each other. In addition to this scheduled mode of transmission the standards also allows a self initiated transmission mode from the UEs, denoted non scheduled. The non scheduled mode can, for example, be used for Vo. IP services for which even the reduced TTI and the Node B based scheduler will not be able to provide the very short delay time and constant bandwidth required. Each MAC d flow i.