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TTC/Acterna 6000A "NEW" Communications Analyzer. Performs BERT, Signal, Performance analysis on T1, FT1, 2M/Nx64, DDS, E3, T3. With Option 6010 (Frame Relay New Unit Option) * Portable WAN analyzer with Automated and Remote Testing * Easy-to-use, menu-driven Test ATM, frame relay, ISDN, T1, and more * Detect hard-to-find BER problems quickly Successful frame relay deployment begins with the proven transmission test capability of the FIREBERD 6000. With the Frame Relay Option, you can easily perform frame relay turn-up and troubleshooting tests over a permanent virtual circuit (PVC). The Frame Relay Option is compatible with the T1/FT1, 2M/Nx64, DDS, HSSI, V.35, X.21, RS-449, and most other FIREBERD 6000 interface modules. The FIREBERD 6000 can test at both the User-to-Network Interface (UNI) and the Network-to-Network Interface (NNI)—including out-of-service and in-service testing. With the FIREBERD 6000 Frame Relay Option, you can easily perform a ping test to determine end-to-end PVC connectivity and to measure round trip delay. Perform test frame generation (fixed rate and burst modes for emulating specific traffic patterns), while controlling the status of the FECN, BECN, C/R, and DE bits • Transmit InARP packets and provide replies to incoming InARP packets Transmit ICMP echo ("ping") packets and provide echo replies to incoming ICMP echo packets Perform link management emulation (ANSI T1.617 Annex D, ITU Q.933 Annex A, and LMI) Gather PVC status messages and determine PVC state (i.e., active, inactive, new, or deleted) Emulate the network side or CPE side of a UNI (unidirectional polling); an NNI frame relay switch, including both bi-directional polling and full status message interpretation Display physical and data link layer results simultaneously Collect frame relay statistics on one specific data link connection identifier (DLCI) or on all DLCIs Monitor frame relay performance and link management statistics at the UNI and NNI The T1/FT1 Module enables you to analyze the entire range of T1 and FT1 services regardless of data rates and formats, with features like level and current measurements, G.821 performance measurements, voice applications, and jitter generation and measurement. You can perform Nx56 kb/s or Nx64 kb/s bit error rate (BER) analysis without disrupting live traffic on the remaining channels. The ESF data link far-end Performance Report Message Option lets you monitor and report on far-end status, as defined by the ANSI T1.403 standard. Perform comprehensive bit error rate testing (BERT) with the T1/FT1 Module’s full selection of BERT patterns Identify circuit troubles quickly with test results such as bit error rate, pattern and timing slips, voltage level, simplex current, and round-trip transmission delay Test frame relay, in-band, out-of-band, and V.54 loopback Test unframed, D4, ESF, or SLC-96 ® circuits encoded in AMI or B8ZS format Detect network synchronization problems or improper multiplexer configuration for in-service loop timing, and verify end-to-end network synchronization (out of service) Measure jitter at the rate of 1.544 Mb/s; generate jitter at a single frequency or automatically sweep jitter over the frequency range The DS3 Module thoroughly tests your 45 Mb/s circuits and equipment and lets you troubleshoot difficult problems quickly. One FIREBERD 6000 equipped with this module can analyze any T3 format, making the FIREBERD 6000 an all-in-one test instrument for unframed, M13, or C-bit parity environments. With frame, BPV, and parity results, you can monitor your network while it’s up and running. Insert errors or BPVs at programmable rates or individually, so you can easily analyze the protection switching recovery time of your DS3 equipment and simulate transmission impairments Use one FIREBERD 6000 to transmit and decode FEAC bit sequences (including alarm conditions and loopbacks), and perform bit error analysis Keep your E1 (2M) network running smoothly with features like complete G.821 performance analysis, automatic histograms, delay and timing measurements, signal analysis, and jitter testing. When equipped with the 2M/Nx64 Module, the FIREBERD 6000 offers complete G.821 bit error analysis, with more than 60 test results that enable full correlation between errors and their specific causes. You can perform Nx64 kb/s or Nx56 kb/s analysis from any 2M circuit access point and take advantage of an auto-configuration feature that immediately identifies how Nx64 kb/s circuits and equipment are configured. Test Nx64 kb/s or Nx56 kb/s from any access point on a 2M circuit. Select contiguous or non-contiguous timeslots, independently select Tx and Rx timeslots, and program idle codes Use extensive BERT capabilities Obtain network status with multiple measurements: FAS word errors, REBEs, received FAS word, timing slips, code errors, MFAS word errors, received NFAS word, network jitter, CRC errors, 2M alarms, and received MFAS word Perform both level measurements and timing slip analysis Test unframed, framed, and both CRC-4 and TS-16 (MFAS) multiframed formats Maximize network utilization during testing by inserting patterns on selected timeslots without disrupting traffic on remaining channels Monitor and transmit voice and ABCD signaling bits to verify the quality of VF circuits Use a referenced 2M signal to identify timing slips Measure jitter at the rate of 2M; generate jitter at a single frequency or automatically sweep jitter over the frequency range Equipped with a 34M Interface Adapter, the FIREBERD 6000 can thoroughly test your 34 Mb/s circuits and equipment. Using this module, a single FIREBERD 6000 can analyze any 34M format, including unframed, G.751, or G.832, concentrating on basic signal analysis, frame analysis, G.826 test results, and bit error analysis. With these results, you can monitor you network’s performance while it’s up and running. And when out-of-service testing is required, the FIREBERD 6000 calculates measurements so you can complete any test quickly and keep costly down time to a minimum. Analyze unframed, G.751, or G.832, framing formats Maintain your network by monitoring live traffic with fame, code errors, and signal results Perform G.826 in-service monitoring, or obtain out-of-service results Insert errors at programmable rates, in bursts, or individually High Speed Serial Interface (HSSI) Testing Perform Bit Error Rate Testing (BERT) on out-of-service high-speed links Characterize the latency of your network Isolate network components using local data terminating equipment (DTE), local line (LA), and remote line (LB) loopbacks Perform frame relay testing with a load rate up to 8Mb/s on a line rate from 56kb/s to 52Mb/s (requires Option 6010) Emulate high-speed DTE equipment With the FIREBERD 6000, you can test an array of interface standards, including RS-232/V.24, EIA-530, V.35/306, X.21, RS-449/422/423, and MIL-188C at speeds up to 15 Mb/s. The V.35/306/RS-449/X.21 Module fully supports end-to-end and loopback testing, with built-in remote and local loopback modes. The Recovered Clock Option operates with DTE/DCE interfaces at rates of 520 kb/s or less and allows the FIREBERD 6000 to recover timing (and proceed with data analysis) by extracting a clock from the receiver data. This provides a powerful method of differentiating timing problems from transmission problems. Supports all standard loopback, clock recovery, and clock/data inversion tests Provides comprehensive BERT capability Identifies and compensates for improper received inverted data with built-in data inversion detection and correction Supports balanced and unbalanced modes Allows complete flow-control troubleshooting, with user-controllable signaling leads (CTS, RTS, DTR, and DSR), LED status indicators, and CTS-RTS delay measurement Features software-selectable DTE and DCE emulation and six different operating modes with the V.35/306/ RS-449/X.21 Module Test and maintain the digital cards of a D4 channel bank such as an OCU-DP, DSU-DP, and DS0-DP Test the entire range of DDS service from 2.4 kb/s to 64 kb/s, with or without secondary channel Sectionalize circuit problems using comprehensive loop-code generation and auto response Detect excessive signal attenuation and sealing current problems on the four-wire local loop Send or report network condition codes with byte encoder and result display All Items sell with 5 days right of return, and 15 days GUARANTEE on all parts and labor. If in order to comply with our guarantee, we need to refund your money, you will get a FULL refund for the price of the unit... If you need to make use of the 15 days Guarantee - We will fix, or replace, your unit. In case every attempt to fix or replace it fails, we’ll refund your money. Be sure to add me to your favorites list! (please look at our rules and privacy policy) |
cyork@machine--tools.com (Candace York) for additional information. This email is used for forwarding to newsgroup user.
