If you’re looking to Sell JDSU SC-Home-ATT1 SmartClass Home Tester

Applications

• Synch up over VDSL to verify rates are adequate to provide desired services
• Validate and troubleshoot live HPNA networks
• Verify residential, MDU, and SMB internal wiring
• Eliminate carrying multiple wiring and internal network test devices
• Perform accurate tests to locate and troubleshoot disruptions for internal network data, voice, and video service
• Verify Ethernet, POTS, and 802.11b/g wireless functionality to ensure trouble-free services

Key Features

• Easy-to-use, accurate, and economical handheld test instrument
• Conexant Accelity VDSL Chip Set
• HPNA V3.1 Coax or Twisted Pair Node Testing
• Coax Mapping with splitter identification and location
• Noise Immunity Test measures coax shield isolation
• Coax cable identification through splitters and other coax network elements
• Physical layer testing for coax, Cat3/Cat5/Cat5e/Cat6 cables
• Ethernet testing, including port identification and ping
• POTS butt set with diagnostics and loudspeaker
• 802.11b/g wireless signal testing
• 320×240 high brightness color graphical LCD

The SmartClass Home handheld service meter enables verification of VDSL and HPNA networks as well as the internal wiring at the customer premises for proper operation of voice, video, and data services. The SmartClass Home is used to test VDSL to the side of the premise, HPNA inside the premise, as well as the coax and twisted pair wiring inside the subscriber’s location. The SmartClass Home provides an easy-to-use, accurate, and economical measurement tool for service technicians installing or troubleshooting triple-play services over existing or new networks.

The SmartClass Home includes a unique set of features to completely qualify the subscriber’s premises for triple-play services that use VDSL and HPNA technologies as well as the physical media to deliver communication signals throughout the site. The Coax Map feature and the Noise Immunity Test can be used to assess quality and troubleshooting issues in a coax network. The Active ID can delineate multiple runs of coax in the building even through coaxial splitters. The integrated wiring tools can also be used to qualify twisted pair, including Cat3, Cat5, Cat5e, and Cat6 cables. The SmartClass Home saves time and effort in verifying and troubleshooting inside wiring problems before the subscriber notices them.

The SmartClass Home also includes a unique feature set for testing Ethernet data networks in residential and small-to-medium-sized business (SMB) locations. The built-in 802.11b/g wireless feature ensures correct WiFi functionality in and around the subscriber locations. Additional features include a fully functional built-in butt-set, which can be used to test POTS voice delivery along with wiring identification and toning to locate and identify cables.

Combined with an easy-to-use menu structure, the features of the SmartClass Home represent the best all-in-one service and wiring tester available.

VDSL Testing
The SmartClass Home has a built-in VDSL modem, similar to the one built into the subscriber’s residential gateway or VDSL modem, which allows it to synch up with the local Digital Subscriber Line Access Multiplexer (DSLAM) and establish the best attainable communication rates. Determining what the subscriber’s drop can accommodate is critical, because various distributers can be present on it.

The VDSL synch test conducted with the SmartClass Home can be used to perform measurements of the subscriber’s connection and display rates. Also while maintaining a VDSL synch, the SmartClass Home will show whether VDSL errors have occurred on the line since testing began. These results let technicians best determine if the subscriber’s network path can carry bandwidth-intensive services, such as video, voice, and data, over the VDSL connection or if they must perform additional troubleshooting.

HPNA Network Testing
HPNA, a technology standard developed by the HomePNA™ Alliance, builds on Ethernet and allows all the components of a home network to connect and integrate over an unpredictable wiring topology. The HPNA communication is used to pass information around a home to other HPNA-connected devices. In HPNA mode, the SmartClass Home connects to, and communicates with, other HPNA-capable devices, or nodes, operating in spectral mode B on the same network.

By establishing itself as a network node on a live HPNA network, the SmartClass Home can test each of the various nodes on the network. SmartClass Home allows users to segment problem node paths, node-to-node communication issues, or to verify that the whole network is running correctly. The SmartClass Home lets users verify that HPNA networks are operating within expected service quality metrics and set up PASS/FAIL limits to help simplify testing.

Coaxial Cable Testing
Coax is gaining popularity as the medium of choice for transferring communications in and around customer premises. Whether the technology is broadcast or IP video, data over coax technologies, or whole-home digital video recorder (DVR) services, the SmartClass Home can ensure that the inside coaxial plant is properly connected. The SmartClass Home also helps technicians detect and eliminate unwanted coaxial elements such as hidden splitters, bad barrels, and damaged cables.

Coax Map
The Coax Map feature of the SmartClass Home is a single-ended coax physical layer test based on frequency domain reflectometry (FDR), a powerful technique used in analyzing RF transmission lines. The Coax Map test measures signal quality as it passes through the transmission line by identifying impairments that cause standing waves.

Coax Active Identification
The SmartClass Home helps technicians quickly identify which cable goes to which room in a house.Using the Cable ID mode, technicians can determine coax wire endings for each room with a coax run. A common problem occurs when an unexpected splitter exists in the middle of the coax run. However, the Active IDs of the SmartClass Home work through splitters to display multiple IDs, which helps to locate the wall outlet or outlets that are connected via a splitter network.

Noise Immunity Test
The Noise Immunity Test (NIT) provides good indications of coaxial cable shielding issues. Problems arise when the inside coax has staples, sheared jacketing, an exposed stinger, or an unterminated end present. The NIT gives technicians a better chance of catching impairments before subscribers experience service degradation. The NIT measures the signal strength of local FM carriers and compares them to the same measurement on the cable to determine the isolation of the coax to off-air ingress.

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Twisted Pair Testing
The SmartClass Home provides a suite of twisted pair measurements to ensure the correct connections and wiring of POTS and Ethernet cables.

Twisted Pair Wire Mapping
The Twisted Pair Wire Map provides details about the cable length, distance to opens and shorts, skew, and the connection mapping of each wire when used with the SmartRemote. This information lets technicians quickly locate improper wire connections and the presence of physical layer issues. The SmartClass Home can map different types of twisted pair cables such as Cat5/5e/6 Ethernet and straight or Cat3 phone wiring.

Loop Length
The Loop Length test is an open capacitance test that calculates the length of the twisted pair cable. Intended more for lengthy twisted pair runs, the Loop Length test lets technicians easily verify cable run lengths.

Butt-Set
The SmartClass Home has a built-in butt-set with speaker phone that helps technicians quickly verify voice communications and troubleshoot POTS issues. The results indicate voltage and current on the line as well as the number dialed and the status of the POTS line. Technicians can store a list of frequently called numbers for easy dialing. The butt-set provides call waiting and displays the caller ID for incoming calls. The speaker phone lets technicians listen for dial tone or voice and talk during calls without a separate headset.

Ethernet
The SmartClass Home includes a suite of Ethernet connectivity tests to help users quickly identify connectivity issues on customer premises equipment (CPE) connected to the network.

Port Discovery
The Port discovery test displays the established link rate on the Ethernet connection between the SmartClass Home and a router. It also displays the available rates and the signal-to-noise ratios (SNRs) of each active twisted pair. This information helps technicians pinpoint connection issues between the CPE devices and the premises router.

Ping
Ping tests let technicians verify network connectivity to a particular Internet Protocol (IP) or Universal Resource Locator (URL) address. They can also verify that a particular location is capable of reaching either the Internet or a specific server on the network, which lets technicians avoid using customer equipment or a laptop to perform simple connectivity tests.

Hub Flash
The Hub Flash test is an additional Ethernet test available on the SmartClass Home intended for locations with multiple Ethernet connections running to a central device. The Hub Flash will cause the port light to flash on the hub/switch/router indicating that the SmartClass is connected. This simple identification method lets technicians quickly determine which port is connected to a particular run.

Wireless 802.11b/g
The SmartClass Home provides optional WiFi wireless 802.11b/g testing capabilities to show the secure set identification (SSID), configured channel, 802.11 modulation, mode, and signal strength at the test location of each wireless 802.11b/g network in the area. It also indicates whether the network is secure or vulnerable to security threats. This capability lets technicians properly set up the subscriber’s network and troubleshoot wireless connectivity or issues with websurfing speed.

Volt/Ohm Measurement
The SmartClass Home will indicate the presence of voltages on a line prior to connecting sensitive CPE devices.Measurements can be performed on either coax or twisted pair and indicates the presence of AC or DC voltages. The SmartClass Home also has a quick ohm measurement test that can be used to verify opens, shorts, or resistances between 100 O and 400 kO, which eliminates the need for technicians to carry separate tools to perform quick voltage or resistance checks.

File Manager
Users can save the results for almost all tests for archival and future review. The unit saves the results in the common .csv format which can be opened using various spreadsheet and other applications. The files are exported via a common universal storage bus (USB) flash storage device. The SmartClass Home can hold thousands of result files that can be removed, renamed, and exported from the unit easily using the built-in File Manager application.

Specifications

Available Configurations
VDSL synch, HPNA testing, Physcial layer testing (coax and twisted pair), Ethernet, Butt-Set,Wireless 802.11b/g WiFi

Physical Test Interfaces
Coax F-connector for coax mapping,NIT, and HPNA
RJ11 for POTS and HPNA testing
RJ11 for phone wiring and dry pair testing
RJ45 for Cat5/6 wiring and Ethernet testing
RJ11 for VDSL line testing
RJ45 for through mode VDSL testing
Connector LEDs for easy connector identification

VDSL Specifications
Conexant Accelity CPE
Port Discovery
ITU-T G.993.1 (VDSL1)
ANSI T1-424
ETSI TS 101 270
Physical Layer Features
Link state
Actual achieved bit rate
Maximum line rate and user rate
Achieved capacity
SNR margin
Attenuation
Latency
Delay
VDSL Errors (displays the number of occurrences)
Forward error correction (FEC)
Cyclic redundancy check (CRC)
Severely errored frame (SEF)
Loss of sight (LOS)
Line errors

HPNA Specifications
Coppergate CG3110 Chipset Supports only Spectral Mode B: 12-28 MHz; 2, 4, 8, 16 MBauds
Standard Compliance
ITU-T G.995.4
Settings
Configurable Host of Client mode
Configurable Band plan
Configurable IP settings
General Connection Status
Link status
Operating mode
HPNA version
Device list including indication of test set and host
Device MAC identification
HPNA Network Results
Segment specific rate, constellation, and baud
Segment specific packet error rate (PER)
Segment specific SNR
Segment specific receive power

Cable ID and Toning Specifications
Cable ID Features
Supports coax, Cat3/Cat5/Cat6 cable
Test via F-connector, RJ11, or RJ45
Supports 8 ID devices on each interface
Toning Features
Sends four types of tones on all leads
Constant High pitch (976 Hz)
Constant Low pitch (651 Hz)
High pitch then a low pitch
Low pitch with a short high pitch

Coax Mapping Specifications
Settings
Support any cable coax type with configurable velocity of propagation (VOP) and cable compensation
Features
Measures cable length in feet (up to 500 ft at ±5 ft)
Measures return loss in dBrl (up to 20 dBrl at ±2 dB)
Cable Events Identified
Open, splitter, low-quality splitter, barrel/splice

Noise Immunity Test Specifications
Features
Measures cable shield isolation vs. settable threshold
(def 30 dB)
Specifications
Test frequency of 88 to 108 MHz

Active Identification Specifications
Features
Identifies coax cables through most coax network elements
Identifies multiple IDs attached to the branch of coax being tested
Specifications
IDs with up to 15 dB of signal loss between unit and ID

Wiring Tool Specifications
General Features
Supports Cat3, Cat5/6, coax cable
Detects power present on cables being tested
Measures cable length based on capacitance setting
Detects opens, shorts, and crossed pairs and display wires mapping

Dry Pair Specifications
General Features
Identifies resistive opens and shorts on dry twisted pair
Reports AC voltage presence or DC voltage presence on dry twisted pair (up to 120 VDC, 120 Vrms AC)

WiFi Specifications
Features
Detects all available WiFi (802.11b/g) networks
Reports power level, operating mode, security setting, 802.11 version, channel, SSID, and MAC

Ethernet Testing Specifications
Features
Supports 10/100 Mbps testing over RJ45 interface
Port Discovery
Identifies Ethernet setting on port
Displays link rate
Reports pair skew
Reports frequency offset in ppm
Ping Test
Supports manual or DHCP IP configuration
Reports packets sent and received
Reports average test packet delay

Butt-Set Specifications
North American POTS Butt-Set Only
Features
Supports loop start dial tone POTS testing on twisted pair
Supports receiving a call
Supports line monitor mode with DTMF decode
Supports caller ID, call waiting, with caller ID errors
Microphone and speakerphone support
Measures voltage from 0 to 105 V,±4%
Measures loop current from 14 to 108 mA ±4%

General Specifications
Power Supply
Field replaceable, rechargeable lithium ion battery
Operating time approximately 4.5 hrs continuous (typical)
Charging time, internal 4-5 hrs from empty to full charge
DC input 12 V, 1.25 A
100/240 V, 50/60 Hz auto-sensing AC adapter for line operation and charging
Permissible Ambient Temperature
Nominal range of use –5 to +50°C (23 to +120°F)
Storage and transport –30 to +60°C (–22 to ±140°F)
Humidity
Operating humidity 10 to 80% RHNC
Physical Specifications
4 in 320×240 high visibility color display
USB 2.0 interface for upgrades and data transfer
Full telephone keypad for fast access and dialing

If you’re selling your JDSU SC-Home-ATT1 please fill out form on the right hand side of page.

If you’re looking to Sell JDSU Acterna VDSL SmartClass Tester

SmartClass VDSL Testing

The SmartClass VDSL  has a built-in VDSL modem, similar to the one built into the subscriber’s residential gateway or VDSL modem, which allows it to synch up with the local Digital Subscriber Line Access Multiplexer (DSLAM) and establish the best attainable communication rates. Determining what the subscriber’s drop can accommodate is critical, because various distributers can be present on it. The VDSL synch test conducted with the SmartClassVDSL can be used to perform measurements of the subscriber’s connection and display rates. Also while maintaining a VDSL synch, the SmartClass VDSL will show whether VDSL errors have occurred on the line since testing began. These results let technicians best determine if the subscriber’s network path can carry bandwidth-intensive services, such as video, voice, and data, over the VDSL connection or if they must perform additional troubleshooting.

Buying, Selling, Trading JDSU Acterna VDSL

VDSL Specifications

Conexant Accelity CPE
Port Discovery

• ITU-T G.993.1 (VDSL1)
• ANSI T1-424
• ETSI TS 101 270

Physical Layer Features

• Link state
• Actual achieved bit rate
• Maximum line rate and user rate
• Achieved capacity
• SNR margin
• Attenuation
• Latency
• Delay

VDSL Errors (displays the number of occurrences)

• Forward error correction (FEC)
• Cyclic redundancy check (CRC)
• Severely errored frame (SEF)
• Loss of sight (LOS)
• Line errors

If you’re selling your JDSU Acterna VDSL please fill out form on the right hand side of page.

If you’re looking to Sell JDSU Acterna ADSL  SmartClass Tester

The JDSU SmartClass ADSL is the ideal tool for the technician installing and maintaining asymmetrical digital subscriber line (ADSL) services. The tester enables the technician to test loop quality, verify ADSL signal and performance, and validate the customer’s Internet connection with unprecedented ease and speed.

SmartClass ADSL provides a full set of copper tests that qualifies the customer loop for the delivery of newer services such as Internet protocol television (IPTV) including longitudinal balance, a key copper metric to ensure external noise and interference will not impact the quality of the IPTV streams with intermittent pixelization and other disruptive effects.  The full-featured ADSL tests quickly verify provisioned rates and quality, including up/down actual and max rates, margin, attenuation, capacity, TX power, errors, alarms, asynchronous transfer mode (ATM) optical amplifier module (OAM) and stats, Ethernet stats, and bipolar transistor (BPT) graphs.

In addition, the SmartClass ADSL supports the storage and retrieval of pre-set configurations and allows technicians to transfer results to a person computer using a universal serial bus (USB) connection. The instrument’s features, including its rugged design and field-replaceable AA batteries, make it the essential ADSL installation tool.

Highlights

• Ease of use – synch results with two button clicks and no configuration
• Thoroughly qualifies ADSL 1/2/2+ access service including attenuation, noise margin, and bits per tone
• Provides actual bit rate and maximum bit rate statistics
• Supports RE-ADSL
• Data layer test options including PPPoE, PPPoA, and IPoA
• Test modes include terminate and through
• Large screen display of key results and graphical results
• Through-mode functionality to support full modem replacement testing
• DVOM for copper line verification (after second release)

Buying, Selling, Trading JDSU Acterna ADSL

Applications

• Installation and maintenance of ADSL1/2/2+ service
• Copper pair verification for ADSL service (after second release)
• Through-mode test for ATU-R replacement
• Service testing to eliminate customer PC as failure point

Key Features

• LED lights for quick verification
  Field replaceable AA batteries – supports rechargeable NiMH and commercially available alkaline batteries
• Rugged design for field usage
• Full telephone keypad for easy data entry
• USB port for result access and configuration

Specifications

Standard Compliance, ADSL over POTS Modem
– ANSI T1.413-1998, Issue 2
– ITU-T G.992.1 Annex A (G.DMT)
– ITU-T G.992.2 Annex A (G.lite)
– ITU-T G.992.3 Annex A, L,M
– ITU-T G.992.5 Annex L (RE-ADSL)
– ITU-T G992.5 Amendment 1
General Settings
– Auto Sync
– Auto or manual framing mode
Physical Layer Feature Support
– Actual and maximum bit rates capacity
– Noise margin
– Attentuation
– Modern state
– TX power
– Far vendor ID, revision
– Graphical display of BPT (bits-per-tone)
– Re-sync counter
– Graphical display of SNR (SNR-per-tone)
– Fast or interleaved
ADSL Errors
– LOS (Loss of Sync)
– LOF (Loss of Frame)
– LOP (Loss of Power)
– CRC (cyclic redundancy check)
– HEC (header error correction)
– FEC (Forward Error Correction)
– Modem errors
PPP/IP Connectivity
– BRAS: PAP/CHAP
– IPCP
– NAT
– PPPoA, PPPoE, IPoA, IPoE, Bridged
– RFCs 2364, 2516, 1483, 2684
Through Modes
– Bridged Ethernet
– IPoE
– IPoA
– PPPoE
– PPPoA
ATM
VCC scan: up to five VPI/VCIs
OAM F4/F5 near and far loopbacks
IP
– MAC address
– WAN/LAN status screens
– GATEWAY/DNS screen
– DHCP client on WAN and LAN
– IP release/renew
– DNS support WAN and LAN
– DCHP server on LAN
IP PING
– IP PING:TX/RX, received, delay
– PING count, PING size
– PING to URL (DNS)
– Remote PING monitor
TRACERT
– IP, name, hops, delay
Web Test (HTTP)
– URL
– Download status
– File size
– Time
– Rate
FTP
– URL/file
– Connection status
– Time
– File size kb
– Rate kbps
DNS
Configure up to three manual addresses
Ethernet Statistics
– RX/TX bytes
– RX/TX frames
– RX/TX errors
– Collisions
ATM Statistics
– ATM OAM F4/5 near and far loopback count
– UP/DN good and idle cell count
– Bad HEC cell count
– Dropped cell count
– TX/RX PDUs
– TX/RX AAL bytes
– TX/RX total error count

If you’re selling your JDSU Acterna ADSL please fill out form on the right hand side of page.

If you’re looking to Sell Acterna JDSU HST-3000 SIM CU Copper Module

HST-3000 CU Copper Testing Module

Test the Copper, Test the Service, Improve the Process

Equipped with the Copper Testing option and a copper Service Interface Module , the HST-3000 can quickly troubleshoot the local loop for line impairments that degrade or impair T1 performance. With the HST-3000, technicians can quickly identify and locate cable impairments: shorts, grounds, opens, crosses, bridged taps, wet sections and other high resistive faults. These impairments are easy to access with the HST-3000’s advanced time domain reflectometer (TDR), precision digital volt/ohm meter (DVOM) and an accurate resistive fault locator (RFL) to pinpoint troubles prior to circuit installation. Copper test features are optimized for use anywhere on the local loop at the NID, cross box, pedestal, main distribution frame or anywhere a technician might gain access to the local loop to locate the source of trouble.

Buying, Selling, Trading Acterna JDSU HST-3000

Test the Copper Test the Triple Play

• DVOM
• TDR
• Balance
• Loads
• OpensComplete copper testing to support VDSL/VDSL2 and triple-play deployments
• Expanded copper testing frequency range
  • Tx/Rx Tones ranging from 100 kHz to 30 MHz
  • Wideband Noise measurements from +15 to -90 dBm
  • Impulse Noise measurements from +15 to -60 dBm
  • Spectral analysis with spectral masks and band plans up to 30 MHz (-28 to -150 dBm/Hz)

  If you’re selling your Acterna JDSU HST-3000 please fill out form on the right hand side of page.

If you’re looking to Sell JDSU Acterna SIM CUADSL2-TX ANX A Module

SIM CUADSL2-TX ANX A Module

The HST’s copper testing features allow quick turn-up and troubleshooting of the services provided over copper. This includes testing with DVOM, opens, power (Mains) influence (PI), noise, balance, time domain reflectometer (TDR), resistive fault locate (RFL), load coil detect, loss, wideband transmission impairment measurement set (WBTIMS), caller ID, and POTS dialer.

The HST provides process customization through on-board auto tests and allows workflow improvements via connectivity to craft access terminals and back-office systems.

Buying, Selling, Trading JDSU Acterna

The copper testing features include the following:

Measuring AC and DC voltage, current, and resistance
Measuring to opens (length of cable)
Measuring balance, noise, and power (Mains) influence (PI)
Locating cable faults with the TDR or RFL
Detecting load coils
Measuring loop loss (voiceband) including receiving and sending tones; transmission impairment testing (noise, SNR, return loss)
Voice service and caller ID (CLID) testing
WBTIMS and WB2 TIMS testing including sending/ receiving tones; measuring wideband, impulse, and spectral noise; and transmission impairment testing (noise, SNR, return loss, crosstalk)
Automatic testing using scripts, including POTS close out, good pair check, and wideband auto tests.

ADSL is designed to carry a digital signal, over a copper pair, above the voice frequency band (20 KHz–1.1 MHz) to enable high speed internet service over a standard POTS line. This allows “always on” internet access while simultaneously providing voice service. Typical POTS line quality will normally support ADSL, but the DSL service must be tested when trouble strikes. To troubleshoot DSL service, a modem emulation test set, such as the HST-3000, is needed. The DSLAM and network configuration is verified by connecting at the main distribution frame (MDF) where known interference and attenuation are minimal, as shown in Figure 1. The physical (ADSL) layer data rates and noise margins are reviewed to confirm that they match the service contract. Validate correct DSLAM and BRAS provisioning by connecting to the customer line and authenticating with the network through the DSLAM.

If you’re selling your JDSU Acterna please fill out form on the right hand side of page.

If you’re looking to Sell JDSU HST-3000 SIM BDCM-WB2-1 xDSL ADSL Module

The new SIM HST3000-BDCM-WB2-1 for modem plus wideband copper testing.
Broadcom Chipset Bonded SIM With 2mm XDSL Support

The new SIM has the improvement in that the 2mm copper interface connectors at the top of the SIM can be used for both copper testing and xDSL testing. With the new SIM, the user has the configuration choice of xDSL testing on either the 8-pin RJ-45 connector on the side of the SIM,  or the 2mm Copper connectors on the top of the SIM. For the highest degree of accuracy in high  bit rate or sensitive environments, JDSU recommends using the RJ-45 interface to RJ-45 interface  cable, as the clip leads may introduce variability.

HST3000-BDCM-WB2 ADSL/VDSL Bonded and Copper (up to 30 MHz) with Broadcom Chipset

• Saves money an reduces repeat faults with triple-play services testing capability in one Universal xDSL module that covers ADSL1, ADSL2, ADSL2+, VDSL2, Bonded ADSL, and Bonded VDSL
• Provides critical ability to verify correct pair-bonding and provisioning
• Provides investment protection in both CPE and DSLAM equipment, featuring the lates Broadcom chipset and compatible with the widest range of chipset manufacturers (Broadcom, Infineon, Ikanos/Conexant, and Texas Instruments)
• Reduces troubleshooting time enabling users to segment single line performance issues of a bonded group and segment which pair requires further troubleshooting
• Provides Hlog, and QLN graphing, which are key for identifying bridged tap, noise, and pair balance problems

Buying, Selling, Trading JDSU HST-3000

Service providers face significant challenges when ramping up their networks to provide advanced triple-play services with the same or better quality than cable/ multiple switch operators (MSOs). A key success factor will be to cost-effectively increase bandwidth to subscribers for new IP video services over bonded asymmetric Digital Subscriber Line 2+/very high-speed Digital Subscriber Line 2 (ADSL2+/ VDSL2) while continuing to provide single line ADSL2+ service to subscribers without triple-play services capability. It is tempting to believe that the bonded two pair ADSL2+/VDSL2 connection can be tested similarly to single line ADSL connection, however, testing one pair at a time is insufficient. Internet Protocol television (IPTV) services require pristine xDSL service Layer 1 performance. Factors such as noise, crosstalk, pair imbalance, bridged taps, and other copper plant anomalies can be easily hidden when testing one pair at a time. Dual-pair bonded group testing is critical to ensuring that the service will be delivered to the subscriber with the best possible quality of service (QoS). Designed for the outside plant, the HST-3000 meets those challenges head-on.

Featuring the latest Broadcom Corporation chipset, the new service interface module (SIM) tests bonded-pair ADSL2+/VDSL2 by terminating both pairs of a bonded group. The Broadcom SIM also supports legacy ADSL1, ADSL2, ADSL2+, and VDSL2 in the same module, making it easy for technicians to switch between testing bonded and non-bonded services without having to swap modules. Further, the same module features dual tip/ring/ground interfaces for basic and advanced copper testing to further isolate copper pair problems. The new SIM provides additional testing power for field technicians who install and maintain access networks and high-bit-rate triple-play services, including IP Video.

The lightweight, rugged, and battery-operated HST-3000 with the Broadcom SIM cost-effectively scales to provide an all-in-one solution for field installation, maintenance, and troubleshooting across a wide range of triple-play service test applications.

If you’re selling your JDSU HST-3000 please fill out form on the right hand side of page.

If you’re looking to Sell Acterna JDSU HST-3000 SIM CUADSL2+ Annex A / B

Acterna HST-3000 SIM CUADSL2+ ANX A/B Module

Highlights:

• Reduces both costs and customer churn of ADSL/2/2+ services
• Performs copper line qualification, ADSL/2/2+ synchronization, PPP session, and IP measurements to verify provisioning and service level

Buying, Selling, Trading Acterna JDSU HST-3000

The rugged, modular, and flexible HST-3000C, equipped with an ADSL/2/2+ service interface module (SIM), provides service providers with all of the copper, ADSL/2/2+, and services testing capabilities they need to verify their network. Its modularity allows for the adoption of new technologies while keeping capital expenses low.

Powerful, customized, and job-specific automation guides technicians while sequencing through the ADSL/2/2+ testing methods and procedures defined by the service provider. The automation includes copper pair qualification, ADSL/2/2+ synchronization, PPP session initiation, as well as ping and FTP throughput verification.

If you’re selling your Acterna JDSU HST-3000 please fill out form on the right hand side of page.

If you’re looking to Sell JDSU HST-3000 SIM E1 / Datacom Module

E1/Datacom Service Interface Module (SIM)

•Datacom (X.21, V.24 (RS-232), V.35, V.36 (RS-449), EIA-530)
•G.703: 2 Mbit/s Testing
• 2 RX/2 TX: E1 Interfaces
• Bulk, n x 64 kbit/s BERT
•G.821, G.826, M.2100
• Audio Monitor
• Signal Level and Frequency
• Round Trip Delay
• Event Log and Histograms
• Pulse Shape
• Frame Relay

Buying, Selling, Trading JDSU HST-3000

The JDSU HST-3000 E1/Datacom Service Interface Module (SIM) delivers the full functionality required for technicians tasked with ensuring and delivering high quality of service (QoS) for E1/Datacom. Part of a comprehensive catalog of modules for the HST-3000 platform, the E1/Datacom SIM provides the complete range of installation, maintenance, and troubleshooting features needed for E1/ Datacom circuits and network elements.

If you’re selling your JDSU HST-3000 please fill out form on the right hand side of page.

If you’re looking to Sell Acterna JDSU HST-3000 BRI ISDN SIM Module

HST-3000 BRI SIM Module (install and maintain ISDN BRI services)

The HST-3000 ISDN BRI SIM enables you to install and maintain ISDN BRI services. Using the HST with the BRI SIM, you can place, receive, and analyze calls, test data services using BERT analysis, test voice services using a microphone/ speaker audio headset, and monitor physical (layer 1), LAPD (layer 2), and Q.931 (layer 3) results.

Buying, Selling, Trading Acterna JDSU HST-3000

Features and capabilities

Using the ISDN BRI SIM, you can:

• Store frequently used numbers in a phone book, and then select a number from the phone book when placing a call.
• Place and receive up to two calls simultaneously using the standard transmit-receive interfaces. After a call is established, you can insert voice traffic into the associated B Channel, or perform BERT analysis of the B Channel.
• BERT (IDSL) of the physical line.
• Perform BERT analysis of two B Channels simultaneously.
• Emulate central office equipment using Line Termination (LT) mode.
• Emulate terminal equipment devices using Terminal Equipment (TE) mode for a U interface.
• Process calls for the following switches:
• AT&T 5ESS
• Nortel DMS 100
• National ISDN-1 (NI-1) and National ISDN-2 (NI-2) compliant switches
• Siemens EWSD
• Monitor and analyze ISDN BRI service while the network is in-service.
• Isolate and locate problems by viewing D channel decode text for all captured transmitted and received frames when you monitor or terminate ISDN BRI service. After viewing the decode text, you can save the text to a file on the HST-3000.
• Place D channel packet calls on the U or S/T interface, and then send a FOX message to verify that the correct text is received on the far end of the circuit.

If you’re selling your Acterna JDSU HST-3000 please fill out form on the right hand side of page.

If you’re looking to Sell Acterna JDSU HST-3000 T1 / T3 SIM Module

T1 / T3 Service Interface Module (SIM) Dual TX/RX Bantam T1 Interface and Dual RX/Single TX BNC DS3 Interface/and DS3

• Thorough T1 testing including BERT, loopcodes, and NIU/CSU emulation
• VT100 emulation for access to T1, HDSL, HDSL2, HDSL2- 4 wire performance statistics
• Copper option adds in-depth copper measurements including DVOM, graphical TDR, RFA/RFL, and load coil counter
• Lower repeat rates with automated close out tests, scripting, and pass/fail tests loaded with operator specific thresholds for methods and procedures
• Modular hardware and software architecture allows easy upgrades and enhancements
• T-BERD® advanced stress patterns, intelligent repeater loop codes, and BERT patterns included
• Lightweight, rugged, water resistant, and battery powered handheld test instrument
• NetAnalyst control of Data Network Analyzer test devices

Buying, Selling, Trading Acterna JDSU HST-3000
If you’re selling your Acterna JDSU HST-3000 please fill out form on the right hand side of page.