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LMH0346 - Texas Instruments
LMH0346 - Texas Instruments

... This device operates at serial data rates of 270 Mbps, 1483 Mbps, 1485 Mbps, 2967 Mbps, and 2970 Mbps. The device does not lock to harmonics of these rates. The device does not lock and automatically enters the reclocker bypass mode for the following data rates: 143 Mbps, 177 Mbps, 360 Mbps, and 540 ...
Timing Analysis of Synchronous and
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... ASYNCHRONOUS DATA TRANSFER TIMING The requirement that boards generate their own data synchronization and acknowledge signals, and the likelihood of zero set-up and hold times on the bus, make the timing of the asynchronous system more complicated than the previous example (Figure 5). Also, we are m ...
Frame Relay
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... destination. Once all the packets forming a message arrive at the destination, they are recompiled into the original message. Most modern Wide Area Network (WAN) protocols, including TCP/IP, X.25, and Frame Relay, are based on packetswitching technologies. In contrast, normal telephone service is ba ...
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... the AD7888 and also frames the serial data transfer. Reference Input/Output. The on-chip reference is available on this pin for use external to the AD7888. Alternatively, the internal reference can be disabled and an external reference applied to this input. The voltage range for the external refere ...
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Delivering HPC Applications with Juniper Networks and Chelsio
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... Juniper’s strategy for the high-performance data center focuses on flattening the network to eliminate complexity and improve overall application performance. Called the “3-2-1” data center network architecture, the strategy asserts that today’s data center is far too complex, requiring three layers ...
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... Issues of TCP (Cont’d) • Problems for TCP – random loss • dropped due to signal fading • non-congestive segment losses not negligible – violate the working assumption of the traditional congestion control measures for TCP – congestion control mechanisms react inappropriately by: » keeping the sendi ...
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XP1026-BD Power Amplifier 27.0-32.0 GHz

... These numbers were calculated based upon accelerated life test information received from the fabricating foundry and extensive thermal modeling/finite element analysis done at M/A-COM Tech. The values shown here are only to be used as a guideline against the end application requirements and only rep ...
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... • Both utilized FreePastry as the DHT – Initial version • Movie data are carried on Scribe • Scribe: an application-level multicast infrastructure built on top of FreePastry ...
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... equipped with omni-directional antennas. The implementation of DVCS in a MAC protocol does not lose compatibility with the original protocol as demonstrated with the IEEE 802.11 DCF MAC in this paper. Our paper also extends previous studies in the area of performance analysis of MAC protocols. The M ...
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... along with easy models May need to obtain IBIS models from vendors Repeat for all other drivers/receivers on net ...
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... would permit an instructor to choose his own set of chapters in almost any sequence he considers suitable. The book assumes a basic knowledge of Data Structures, Graph Theory, Queuing Theory, Operating Systems and some exposure to Compute Networks on part of the readers, though it attempts to provid ...
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... bus-management functions that can be performed with the Octal bus transceiver and receiver. ...
CDM-570A/L-IPEN Satellite Modem
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... applications such as VoIP, video (VTC), or based on a load, or via a schedule, Type of Service (ToS), or QoS rules such as IP port or IP address and protocol type. Operators are able to set minimum and maximum data rates for each remote as well as excess data rates for an initial upstream switch. ...
CMOS 66 MHz Monolithic 256x24 Color Palette RAM
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... Red, green and blue current outputs. These high impedance current sources are capable of directly driving a doubly terminated 75 Ω coaxial cable, as shown in Figure 4a. All three current outputs should have similar output loads whether or not they are all being used. Sync current output. This high i ...
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UniPro protocol stack

In mobile-telephone technology, the UniPro protocol stack follows the architecture of the classical OSI Reference Model. In UniPro, the OSI Physical Layer is split into two sublayers: Layer 1 (the actual physical layer) and Layer 1.5 (the PHY Adapter layer) which abstracts from differences between alternative Layer 1 technologies. The actual physical layer is a separate specification as the various PHY options are reused in other MIPI Alliance specifications.The UniPro specification itself covers Layers 1.5, 2, 3, 4 and the DME (Device Management Entity). The Application Layer (LA) is out of scope because different uses of UniPro will require different LA protocols. The Physical Layer (L1) is covered in separate MIPI specifications in order to allow the PHY to be reused by other (less generic) protocols if needed.OSI Layers 5 (Session) and 6 (Presentation) are, where applicable, counted as part of the Application Layer.
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