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Crescent Heart Software

다음의 Test Tool은 SATA-IO Interoperability Program에서 정의된 Criteria에 따라 설계되었습니다. SATA-IO에서 승인된 Test tool로써, 고객사의 제품이 SATA-IO Interoperability Program과 일치하는지를 효과적으로 사전 검증하는 것을 도와드릴 수 있습니다.

Product	Features
TF-SATA-NE-ZP	TF-SATA-NE-ZP facilitates near-end connection to the Serial ATA host or device under test 1.5 Gb/s, 3 Gb/s and 6 Gb/s bus signaling rates supported, designed to meet or exceed SATA electrical specifications Female SATA connector utilized, the same as is present at the end of an SATA cable Test fixture plugs in to the host or device Serial ATA connector, in place of the Serial ATA cable Differential 100 Ohm tight-tolerance controlled-impedance grounded coplanar waveguide (GCPW) PCB design High-performance side-launch SMA connectors result in reduced torque from SMA cable connections, and reduced stress on Serial ATA plugs and connectors Complementary companion to TF-SATA-FE-ZP test fixture Detail
TF-SATA-FE-ZP	TF-SATA-FE-ZP facilitates far-end connection to the Serial ATA host or device under test 1.5 Gb/s, 3 Gb/s and 6 Gb/s bus signaling rates supported, designed to meet or exceed SATA electrical specifications Male SATA connector utilized, the same as is present in a SATA host or device Test fixture connects to the far end of the host or device Serial ATA cable Differential 100 Ohm tight-tolerance controlled-impedance grounded coplanar waveguide (GCPW) PCB design High-performance side-launch SMA connectors result in reduced torque from SMA cable connections Complementary companion to TF-SATA-NE-ZP test fixture Detail
TF-SATA-FEPD-ZP	TF-SATA-FEPD-ZP facilitates power-data connection to the Serial ATA laptop host under test 1.5 Gb/s, 3 Gb/s and 6 Gb/s bus signaling rates supported, designed to meet or exceed SATA electrical specifications Utilizes a male SATA connector (as do the other "FE" test fixtures) which additionally supports power connections, as is present in an SATA laptop drive Test fixture connects to the Serial ATA laptop host Differential 100 Ohm tight-tolerance controlled-impedance grounded coplanar waveguide (GCPW) PCB design High-performance side-launch SMA connectors result in reduced torque from SMA cable connections Provides power connection test points Detail
TF-SATA-IS-XP	TF-SATA-IS-XP facilitates in-system monitoring of Serial ATA data signals 1.5 Gb/s, 3 Gb/s and 6 Gb/s bus signaling rates supported Male and female SATA connectors utilized Test fixture plugs in to the host or device Serial ATA connector, and connects to the device or host via a Serial ATA cable (not provided) In-system access provided to all four Serial ATA differential signals Accommodates differential probe connections through 0.15 inch-spaced (3,8 mm-spaced) PCB vias Accommodates non-differential probe connections to ground through 0.15 inch-spaced (3,8 mm-spaced) PCB vias Unique three-layer differential 100 Ohm controlled-impedance PCB design Facilitates monitoring Serial ATA data signals in-system when used with appropriate high-performance digital oscilloscopes and differential probes Detail
TF-eSATA-NE-ZP	TF-eSATA-NE-ZP facilitates near-end connection to the External Serial ATA host or device under test 1.5 Gb/s, 3 Gb/s and 6 Gb/s bus signaling rates supported, designed to meet or exceed SATA electrical specifications Female External Serial ATA connector utilized, the same as is present at the end of an External Serial ATA cable Test fixture plugs in to the host or device External Serial ATA connector, in place of the External Serial ATA cable Mechanical reinforcement of the External Serial ATA connector for maximum durability Differential 100 Ohm tight-tolerance controlled-impedance grounded coplanar waveguide (GCPW) PCB design High-performance side-launch SMA connectors result in reduced torque from SMA cable connections, and reduced stress on External Serial ATA plugs and connectors Complementary companion to TF-eSATA-FE-ZP test fixture Detail
TF-eSATA-FE-ZP	TF-eSATA-FE-ZP facilitates far-end connection to the External Serial ATA host or device under test 1.5 Gb/s, 3 Gb/s and 6 Gb/s bus signaling rates supported, designed to meet or exceed SATA electrical specifications Male External Serial ATA connector utilized, the same as is present in an External Serial host or device Test fixture connects to the far end of the host or device External Serial ATA cable Differential 100 Ohm tight-tolerance controlled-impedance grounded coplanar waveguide (GCPW) PCB design High-performance side-launch SMA connectors result in reduced torque from SMA cable connections Complementary companion to TF-eSATA-NE-ZP test fixture Detail
TF-eSATA-IS-ZP	TF-eSATA-IS-ZP facilitates in-system monitoring of External Serial ATA data signals 1.5 Gb/s, 3 Gb/s and 6 Gb/s bus signaling rates supported Male and female External Serial ATA connectors utilized Test fixture plugs in to the host or device External Serial ATA connector, and connects to the device or host via an External Serial ATA cable (not provided) Mechanical reinforcement of the female External Serial ATA connector for maximum durability In-system access provided to all four Serial ATA differential signals Accommodates differential probe connections through 0.15 inch-spaced (3,8 mm-spaced) PCB vias Accommodates non-differential probe connections to ground through 0.15 inch-spaced (3,8 mm-spaced) PCB vias Unique three-layer differential 100 Ohm tight-tolerance controlled-impedance PCB design Facilitates monitoring External Serial ATA data signals in-system when used with appropriate high-performance digital oscilloscopes and differential probes Detail
SATA-II	Serial ATA II, Serial ATA 1.0 and ATA/ATAPI 6 compliance 1.5 Gb/s Gen1 and 3.0 Gb/s Gen2 bus signaling rates supported Supports SATA compliance frame error rate (FER) measurements without use of a logic analyzer Acquisition of spread-spectrum-clocked data streams supported Monitors, triggers on, acquires and displays all aspects of Serial ATA signaling, including bus signal level (squelch), out-of-band (OOB) signaling, primitives, FIS frames, encoding and protocol errors (including independent CRC verification), bus utilization and error statistics Optional acquisition of undecoded (10b) data or unscrambled Data FIS contents Optional timing waveform display of bus signal level (squelch) behavior Testpoints allow bus signal level (squelch) behavior to be monitored Efficient use of acquisition memory achieved through optional compressed storage of repeated primitives Trailing portions of lengthy FIS Data frames can be optionally suppressed USB port on analyzer or host computer provides probe adapter configuration and control Listing window hierarchical display shows optionally-acquired undecoded/unscrambled data, primitives, FIS frames and device command protocol Detail
SATA-6G	Serial ATA Revision 3.0 compliance SATA 6 Gb/s third-generation, 3 Gb/s second-generation and 1.5 Gb/s first-generation bus signaling rates supported Front-panel SATA connectors for connection of SATA cabling, allowing eSATA connection as well with crossover cabling; front-panel SMA input connectors for direct connection of  compliance test signal cabling; front-panel SMA output connectors for oscilloscope monitoring of SATA signaling (may eliminate the need for power splitters when monitoring RSG test signals) Receiver-sensitivity (RSG) frame error rate (FER) SATA compliance measurements * Support for SATA logic analyzer-based protocol analysis facilitates monitoring, triggering, acquisition and display of all aspects of SATA signaling, including bus signal level (squelch), out-of-band (OOB) signaling, primitives, FIS frames, encoding and protocol errors (including independent CRC verification) * Supports direct connection to a maximum of two SATA lanes ** SATA all-traffic-monitoring (ATM) capability facilitates analysis of SATA OOB, speed-negotiation and start-up sequences ** Spread-spectrum clocking (SSC) frequency-modulation measurements ** Receiver-sensitivity (RSG) basic bit error rate (BER) compliance measurements ** Optional capabilities can be enabled for 25 hours of trial use before purchase ** Hardware configuration and control via Windows control application and USB connection SATA protocol analysis requires Tektronix logic analyzer with 136 channels and 150 MHz acquisition capability, 300 MHz recommended (2x higher rates for two-lane acquisition); supports P6860 or P6419 probe connections (use thick-PCB elastomer holders) SATA protocol analysis hierarchical  display shows optionally-acquired undecoded/unscrambled data, primitives, FIS frames and device command protocol; efficient use of acquisition memory achieved through optional compressed storage of repeated primitives; acquisition of trailing portions of lengthy FIS Data frames can optionally be suppressed *: Optional functionality **: Expected optional functionality Detail

 

 

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