Viavi JDSU ONX-580 One Expert Tester ONX-BDCM-GFAST
Condition: Refurbished
Warranty: 1 YEAR WARRANTY
Shipping: USA & Worldwide
- Viavi ONX-580 OneExpert DSL Tester Mainframe w/ Options: (BC# 29893-L/T*)
- Bluetooth
- Copper Expert
- DSL Bonded
- DSL Helper
- G Fast Broadcom
- G Fast Sckipio
- HPNA
- IP Video
- Mobile
- Ookla Speedtest
- Resistive Fault Locator
- SmartID MoCA
- Speed Check
- Transmission Impairments
- TrueSpeed
- V35B Profile
- VoIP
- VoIP MOS
- Viavi OneExpert ONX-BDCM-GFAST Module (BC# 29894-L/T*)
- Test Leads Set
- (2) Ethernet Cables
- AC Adapter/Charger
- Power Cord
- User Manual On Cd-ROM
- Case For Unit
- Carrying Case (G)
Viavi ONX-580 ONX-BDCM-GFAST
Consistently achieve high-performance results when deploying ultra-fast residential broadband over xDSL, G.fast, and FTTH.
OneExpert helps field technicians fix problems right the first time, every time. A multitouch, user-friendly interface and OneCheck™ automated tests ease complex tasks with clear pass/fail results. And, its future-proof modules ensure years of use supporting access and home networks.
Open, Modular Design
OneExpert offers the advantages of integrated cloud-based applications, touch screen interfaces, smartphones, and tablets. OneExpert helps technicians perform more efficiently and fix problems faster while ensuring service providers can invest in a long-term, open platform.
xDSL Testing up to G.fast
A sync test is essential in characterizing DSL link quality (bandwidth rates, margins, errors, and likelihood for errors). This test also helps determine whether issues are coming from the equipment (CPE or DSLAM/DPU ports) or from the profile settings. It shows important results on a single DSL summary screen page.
OneExpert supports:
- ADSL/2+ on a single and dual pair
- VDSL single line up to profile 30a
- VDSL single line vectoring, bonded and bonded vectoring up to profile 17a
- VDSL profile 35b
- G.fast
TrueSpeed (TCP RFC-6349 Speed Testing)
Broadband IP networks and their throughput speeds are nondeterministic and their behavior is unpredictable. OneExpert TrueSpeed provides a standardized RFC-6349 speed test to measure the throughput at the TCP application layer just as a user would experience it. Other methods, such as FTP upload/download, cannot accurately test ultra-fast broadband rates provided by technologies like Super Vectoring and G.fast..
Single Test-Lead Connection
When connecting copper test leads, technicians will try to reduce the expense of multiple test cables as well the incidence of errors resulting from using the wrong lead. It is critical to get a proper connection with a good ground, or risk rendering meaningless test results. However, swapping between DSL testing and copper testing during troubleshooting adds time and risks losing test-lead connection quality.
OneExpert lets technicians focus on test leads once, regardless of the number of DSL and copper tests that follow, saving time and, more importantly, avoiding misleading or incorrect results.
IP Data — Web
Internet subscribers demand reliable connectivity and new applications require higher data throughput and network-delay time performance. DSL error protection using interleave delay and error recovery mechanisms, like those for IP video, counteract timesensitive data throughput using TCP/IP with acknowledgment and retransmission. The OneExpert tester allows technicians to quickly test internet connectivity using the built-in web browser. It tests the data rates provided by VDSL vectoring with FTP/HTTP throughput as key reference tests for TCP/IP applications. Mature tests like IP ping delay are still necessary, especially for real–time applications, such as online gaming.
IP Video
OneExpert can test multiple standard and high-definition television (SDTV/HDTV) streams regardless of compression format (MPEG-2, MPEG-4p10/H.264, VC-1, and others) and automatically detects the stream type with the Broadcast Auto feature. The OneExpert IP Video application allows for termination of the IP video stream anywhere in the access network using the DSL or Ethernet interface. Key performance indicators for real-time protocol (RTP) lets the OneExpert DSL precisely measure network QoS and QoE. QoS Expert easily compares critical quality-of-service metrics such as error indicator, continuity error, lost packets, jitter, and latency between two active streams
VoIP
The OneExpert is the ideal test tool to quickly place VoIP calls and verify QoS via mean opinion score (MOS) values. A DSL or Ethernet TE interface tests VoIP anywhere in the access network, replacing either the DSL modem, VoIP phone, or both. The OneExpert also includes an Auto Answer mode in which the unit automatically responds to an incoming call. Viavi provides a wide range voice decoding controls such as G.711, G.722, G.723, G.726, and G.729
OneCheck Copper
It is critical to test the copper prior to turning up DSL. What may have worked for POTS or lower-speed DSL may not work for VDSL or as the plant degrades. OneExpert’s OneCheck Copper function simplifies copper testing for field technicians with repeatable pass/fail results.
OneCheck™ TDR
OneCheck TDR allows for both simplicity and accuracy to avoid false TDR readings—not one or the other, as with most TDRs. The automated TDR fault identification mode using patented time varying gain (TVG) and adaptive pulse width technologies precisely locates faults in access copper loops and inside home networks. OneCheck™ TDR is a fast test that provides real-time updates.
Locate Copper Impairments
Pristine copper plant enables error free service and high data rates. Qualify the severity of copper impairments and locate copper faults
POTS Dialer
OneExpert reduces the number of test tools a technician needs to carry by providing an integrated butt set. Technicians can use the POTS dialer to verify a line’s continuity to the exchange and that it works without conflicting with the customer’s broadband equipment due to an eventual missing or defective POTS splitter.
OneExpert UltraFED
The UltraFED connects the far end of the pair under test while the OneExpert controls it remotely. One technician with one piece of equipment can now perform two-ended pair testing. This makes testing easier and faster as it eliminates driving to the other end of the cable in order to change line conditions.
Wiring Tools
Where available, Ethernet cabling is typically preferred for home networks because it delivers optimal data rates and quality of service. OneExpert wiring tools allow for Ethernet CAT5/6/7 or phone- wiring CAT3 testing. Technicians can quickly set up a home network using the Wire Mapping Smart Remote and resistive IDs as remote probes. Further, OneExpert supports Hub Flash, port discovery and a ping tool against multiple targets including gateway, DNS and target host/IP addresses.
WiFi (Internal)
The use of wireless devices and networks is becoming a common part of every household. With the OneExpert WiFi Scan, technicians are equipped with wireless 802.11b/g/n (2.4 GHz) testing capability to show the signal strength, secure set identification (SSID), configured channel, security, MAC address, and 802.11 protocol at the test location of each wireless 802.11b/g/n network in the area. It also indicates whether a network is secure or vulnerable to security threats.
WiFi Advisor
With support for the WiFi Advisor accessory on the OneExpert, technicians can evaluate wireless network performance seamlessly for both 2.4 and 5 GHz networks. With support for 802.11 standards a/b/g/n and ac, the ONX and WiFi Advisor combination make WiFi problem solving easier. Using a single WFED-300AC device, users can quickly visualize, optimize, and troubleshoot WiFi networks with BSSID, Channel, and Spectral views. BSSID view provides quick visibility into active wireless networks and identifies the least-crowded channel to use for an access point. Channel view finds the best channels for an access point byshowing utilization, noise, co-channel interferers, adjacent channel interferers, and an overall channel score for each channel. Spectral view shows damaging RF interference with a real-time spectral analyzer configurable by 802.11 band, channel, and channel width.
Fiber
Broadband DSL networks and broadband triple-play services often rely on fiber networks. Examples are fiber-to-the-cabinet (FTTC) or fiber- to-the-distribution-point (FTTdp) that bring the DSLAM closer to the customer for greater VDSL bandwidth. The DSLAM is served with fiber back to the exchange to carry broadband signals. Another example is business customers connected to their service providers via ADSL2+/VDSL and via fiber. This drives the need for field technicians who work in these environments to have both DSL and fiber test capabilities. For point-to-point fiber installations such as FTTC or business connections, field technicians can use the OneExpert together with the Viavi Solutions MP-60 or MP-80 USB optical power meter (OPM) to ensure that fiber cable attenuation meets system requirement performance and is ready to survive network aging and environmental
Coax
Problematic coax cable accounts for most repeat calls as well as video, voice, data, and multiroom DVR installation problems. Most home coax has never even been tested at the frequency ranges that support these services so problems become more apparent after service installation. The powerful OneExpert in conjunction with the optional Viavi SmartID coax probes can verify in-home coax (quality and topology) and service distribution to quickly display and certify subscriber coax topology. It immediately identifies and locates physical-layer impairments that affect both triple-play and multiroom DVR services saving valuable troubleshooting time and eliminating the need for repeatedly segmenting the network, making changes, and then retesting. Technicians use the information the device provides to determine whether they can quickly fix the drop, replace it with a new one, or use an alternative means to supply service to the location.
HPNA
The HPNA technology standard developed by the Home Phoneline Network Alliance (HomePNA™) builds on Ethernet to connect and integrate all the home network components over an unpredictable wiring topology. The HPNA communication is used to pass information around a home to other HPNA-connected devices.
In the HPNA test, OneExpert connects to the HPNA network via CPE and communicates with the HPNA network host to initiate the test. Each communication path between all HPNA network nodes will be tested, letting users segment problem node paths, node-tonode communication issues, and verify that the whole network is functioning correctly. OneExpert can verify that HPNA networks are operating within expected service quality metrics and users can set up pass/fail limits to help simplify testing.
Mobile App
Testing with the OneExpert mobile iOS app is quicker and more efficient because technicians can leave the test set plugged in at one location and run tests remotely using the mobile app. Manage job files and export completed jobs to a server. Providers need back-office integration to expand the benefits of collecting daily field test results . The mobile app leverages smartphones or tablets to link internal databases to instrument test results.
StrataSync
Field operation groups face a challenge keeping track of their test equipment inventory: types of instruments, firmware versions, options, and automated test configurations that match standardized methods and procedures. The challenge increases every time a change must be deployed. Without a means to collect and analyze test data, valuable information about network health is missed. StrataSync is a hosted, cloud-based solution that manages assets, configurations, and test data for Viavi instruments to ensure they are all equipped with the latest software and installed options. It manages inventory, test results, and performance data from anywhere with browser-based ease improving both technician and instrument efficiency. StrataSync manages and tracks test instruments and collects data from the entire network that can be leveraged for results analysis, and informs and trains the workforce.
Specifications:
Test Interface | Replaceable test module; test access over copper test leads (tip A, ring B leads for single channel; T/A, R/B, T1/A1, R1/B1 for bonding) or 8-pin modular (RJ45 type) with pin assignments 4 and 5 for DSL single pair and 3, 4, 5, 6 for DSL bonding. |
ONX-BDCM-GFAST | Chipset: Broadcom 63138 Configuration: OneExpert Broadcom 63138 (ADSL/VDSL Bonded, G.fast) Test Module |
G.fast (Fast access to subscriber terminals) Standard Compliance | ITU-T G.9700 for module ONX-BDCM-GFAST ITU-T G.9701 for module ONX-BDCM-GFAST |
VDSL Standard Compliance | Standard compliance as supported by the Broadcom 63168 and 63138 chipsets ITU-T G.993.2 — VDSL2 ITU-T-G.998.1 — ATM bonding for module ONX-BDCM-DSL-BONDED and for ONX-BDCM-GFAST ITU-T-G.998.2 — PTM bonding for module ONX-BDCM-DSL-BONDED and for ONX-BDCM-GFAST ITU-T-G.993.5 — Self-FEXT cancellation (vectoring) ITU-T-G.998.4 — Improved impulse noise protection for DSL transceivers Single-pair profiles: 8a/8b/8c/8d, 12a/12b, 17a, 30a for module ONXBDCM-GFAST, ONX-BDCM-DSL-BONDED and ONX-BDCM-DSLANXAB Vectoring profiles single-pair: 8a/8b/8c/8d, 12a/12b, 17a for module ONX-BDCM-DSL-BONDED and ONX-BDCM-DSL-ANXAB Dual-pair profiles: 8a/8b/8c/8d, 12a/12b, 17a for module ONX-BDCMDSL-BONDED and ONX-BDCM-GFAST Vectoring profiles single-pair: 8a/8b/8c/8d, 12a/12b, 17a, 35b for module ONX-BDCM-GFAST Vectoring profiles dual-pair: 8a/8b/8c/8d, 12a/12b, 17a for module ONX-BDCM-DSL-BONDED and ONX-BDCM-GFAST Band plan 997 and 998, U0 band ITU G.993.2 Annex Y vector-friendly mode |
ADSL Standard Compliance | Standard compliance as supported by the Broadcom 63168 and 63138 chipsets ITU-T G.992.1 Annex A, (ADSL) ITU-T G.992.1 Annex A, B (ADSL) for module ONX-BDCM-DSL-ANXAB ITU-T G.992.3 Annex A, L (ADSL2) ITU-T G.992.3 Annex A, B, J, L, M (ADSL2) for module ONX-BDCMDSL-ANXAB ITU-T G.992.5 Annex A, M (ADSL2+) ITU-T G.992.5 Annex A, B, J, M (ADSL2+) for module ONX-BDCM-DSLANXAB ITU-T-G.998.1 ATM bonding for module ONX-BDCM-DSL-BONDED and ONX-BDCM-GFAST ITU-T-G.998.2 PTM bonding for module ONX-BDCM-DSL-BONDED and ONX-BDCM-GFAST ANSI T1.413-1998, Issue 2 ITU-T G.992.5 INP Amendment 3 |
General Settings and Features | Auto sync DSL technology modes G.fast, ADSL, VDSL, auto PTM mode for ADSL2, ADSL2+, VDSL and G.fast ATM mode for ADSL, ADSL2, ADSL2+, VDSL2 Auto, ATM, PTM modes configurable Vectoring for VDSL2 Bonded vectoring support for VDSL2 for module ONX-BDCM-DSLBONDED and ONX-BDCM-GFAST Vectoring, vector-friendly, vectoring off modes configurable DSL RTX (G.INP) configurable for upstream/downstream PhyR configurable for upstream/downstream Seamless rate adaption (SRA) on/off Bitswapping on/off Configurable V.43 carrier set 24 k interleaving depth on/off |
Modem Status and General Information | VDSL Aggregate Attenuation Modem state — synchronization status Training time Synchronization time ADSL mode, VDSL profile Transport ATM/PTM/auto Single-pair or bonding status Vectoring status information Estimated loop length Download rate |
Modem Summary Results | Aggregated Data Rate for ONX-BDCM-GFAST Actual rate per pair Maximum attainable bit rate per pair Group actual rate for DSL bonding for module ONX-BDCM-DSLBONDED and ONX-BDCM-GFAST Group maximum attainable bit rate for DSL bonding for module ONX-BDCM-DSL-BONDED and ONX-BDCM-GFAST Line capacity per pair SNR margin CRC errors and FEC errors RTX-UC LATN (line attenuation) SATN (signal attenuation) |
Graphical Results | Signal-to-noise ratio per tone (SNR) Bits per tone (BPT) Quiet-line noise per tone (QLN) Hlog Two traces comparable |
DSL Errors | Forward error correction (FEC) Forward error correction errors per minute (FEC/min) Cyclic redundancy check errors per minute (CRC) Cyclic redundancy check (CRC/min) Errored seconds Severely errored seconds (SES) Unavailable seconds (UAS) Loss-of-frame alarm seconds (LOF) Loss-of-signal alarm seconds (LOS) Loss-of-margin alarm seconds (LOM) |
DSL RTX (G.INP) | Retransmitted DTUs (RTX-TX) Corrected DTUs (RTX-C) Uncorrected DTUs (RTX-UC) |
DSL Signal | Sync count Time in synchronization state (uptime) ELE (kl0) Estimated Loop Length Vectoring status Interleaving status (path) Interleave delay Actual INP Signal attenuation (SATN) Line attenuation (LATN) TX power |
Per Band VDSL2 Statistics | Loop attenuation (LATN) Signal attenuation (SATN) SNR margin Tx power |
DSL Identity | Hardware type (chipset) Hardware revision (chipset revision) Vendor code Vendor revision Vendor software revision Vendor PHY revision |
10/100/1000 Ethernet TE | |
Test Interface | 10/100/1000 Ethernet, RJ45 2 ports |
Test Results | Link status, speed, duplex |
Network | |
Test Interface | ADSL2+/VDSL2/G.fast modem Ethernet 10/100/1000 (ports 1 and 2; non-blocking switching between ports) |
Network Types | DSL/G.fast terminate DSL/G.fast Trough-router DSL/G.fast through-bridge Ethernet terminate |
Data Mode | IPoE, PPPoE, multi-VLAN, data off |
IP Mode | IPv4, IPv6, IPv4/IPv6 dual stack IPoA, PPPoA for xDSL and G.fast HTTP authentication type none, basic, digist Concurrent download disabled, 1, 2, 3 Auto repeat disabled, enabled |
Web Browser | Web connectivity through browser |
TrueSpeed Option | |
Test Interface | 10/100/1000 Ethernet, RJ45 ADSL2+/VDSL2, RJ and copper test leads Settings Primary server Fallback server Profile with committed information rate (CIR) for upload and download |
Measured and Calculated Results | Actual rate download/upload Ideal rate download/upload TCP efficiency Round trip time (RTT) Maximum segment size (MSS) |
Standards | Viavi TrueSpeed VNF RFC-6349 |
IP Video Option | |
Test Interface | xDSL, RJ45 and copper test leads Ethernet 10/100/1000, RJ45 |
Modes | Terminate |
Set-Top Box Emulation | IGMPv2 and v3 emulation client RTSP emulation client |
Service Selection | Broadcast auto Broadcast MPEG2-TS/UDP Broadcast MPEG2-TS/RTP/UDP Broadcast RTP/UDP Broadcast rolling stream Broadcast TTS/UDP Broadcast TTS/RTP/UDP RTSP MPEG2-TS/(RTP)/UDP RTSP MPEG2-TS/(RTP)/TCP RTSP RTP/UDP RTSP RTP/TCP |
Video Settings | IPv4 IGMP version 2, 3 RTSP port RTSP interoperability normal, Oracle, Siemens IPv6 MLD version 2, 3 |
Video Source Address Selection | IP address and port number IP address, port number, and VoD URL extension RTSP port select RTSP vendor select |
Video Analysis Per Video Stream | Simultaneous stream support 6 terminate Number of active streams Combined rate, current/max |
QoS | Error indicator current/score IGMP latency current/score RTSP latency current/max/score PCR jitter current/max/score/history RTP packet jitter current/max/score/history RTP lost current/max/score/history Continuity error lost current/max/score/history Overall current/max/score/history |
Packet Loss Statistics | RTP loss distance errors current/max/total RTP loss period errors current/max/total Minimum RTP loss distance Maximum RTP loss period RTP packets lost count RTP OOS count RTP errors count Continuity errors count Ethernet RX errors, RX drops count |
Video Stream Data Results | Total current/min/max/average IP current/min/max/average Video current/min/max/average Audio current/min/max/average Data current/min/max/average Unknown current/min/max/average |
Transport Stream Statistics | Error indicator count Continuity errors count Sync errors count PAT errors count PMT errors count PID timeouts count Service name Program name |
QoS Expert | Compare two streams for error indicator, lost packets, jitter, latency |
PID Analysis (each stream) | PID number PID type (video, audio, data, unknown) PID description |
Layer Correlation | Combined result view for Ethernet RX errors, RX dropped, video continuity error, video RTP lost, video loss distance total, video loss period total |
Standards | RFC 2236, IGMP RFC 2326, RTSP ISO (IEC 13818), video transport stream and analysis ETSI TR 10-290 V2.1, video measurements TFC 1483, RFC-2684, ATM AAL5 |
VoIP Software Option | |
Test Interface | xDSL, RJ45 and copper test leads Ethernet 10/100/1000, RJ45 |
Supported Signaling Protocols | SIP RFS 3621 |
Supported Codec Configurations | ITU-T G.711 u-law/A-law (PCM/64 kbps) ITU-T G.722 64K ITU-T G.723.1 (ACELP/5.3, 6.3 kbps) ITU-T G.726 (ADPCM/32 kbps) ITU-T G.729a (GS-ACELP/8 kbps) |
VoIP Settings | Auto-answer Local alias Outbound alias Proxy gateway Call control port 100Rel support SIP interoperability Audio codec Frame interval Jitter buffer size Mute line User-selectable transmit source (live voice conversation, tone transmit, IP voice announcement) User-selectable silence suppression, jitter buffer RTP Port, IP ToS QoS |
Call Actions | Clear, mute DTMF in-band |
Summary Results | Network and call status State log QoS pass/fail MOS, audio codec, local loss, local jitter, local delay |
QoS Results | Local overall QoS Actual/history Remote overall QoS Actual/history Delay Min/actual/max Local jitter Min/actual/max Remote jitter Min/actual/max Local packet loss Count/actual%/max% Remote packet loss Count/actual%/max% |
MOS Software Option Results (requires VoIP software option) | |
Conversational MOS Listener MOS |
|
R-Factor | Conversational, listener, G.107, burst, gap, maximum possible, maximum codec |
Degradation | Packet loss%, codec%, delay%, recency%, discard% |
Network | |
Local throughput | Rate, bytes, packets, packets OOS |
Remote throughput | Bytes, packets |
Delay | Network, packetization, encoding, buffering, tota |
Call Info | |
Call duration Far end IP Far end name Far end alias RTCP used Codec RX Codec packetization interval RX Silence suppression Codec TX Codec packetization interval TX Jitter buffer replayed Jitter buffer dropped |
|
Wiring Tools | |
Test Interface | RJ45 and RJ11 (Wire Mapping) |
Tests | Wire mapping with Wire Mapping Smart Remote Locate cable runs with resistive IDs Hub flash Port discovery Ping tool |
Wire Mapping Results | Pin assignment mapping Loop length per pair Opens Shorts |
Resistive ID Results | Label ID number Pin pairs Resistance value Auto-detect interface RJ11 or RJ45 |
Hub Flash Results | Remote Ethernet port flash for 10/100/1000 Mbps Ethernet ports |
Port Discovery Results | Port capability, duplex, established link, skew and polarity per pair |
Ping Tool Results | Ping reply and delay to Gateway, DNS, Host/IP |
WiFi (internal) | |
Test Interface | 802.11 b/g/n (2.4 GHz) |
Tests | WiFi scan WiFi access point |
WiFi Scan Results | SSID (secure set identification) Channel Security setting Power level MAC address |
WiFi Scan Modes | AP List (Access Point) Channel graph Time graph |
WiFi Access Point | Configure OneExpert as WiFi access point (Ethernet to WiFi bridge) |
General | |
Power Supply | |
Battery | Li-ion internal rechargeable, 7.4 V nominaL voltage, 6600 mAh |
Operating time >4 hours for typical use cases Auto power down (adjustable) AC line operation via external adapter/car charger |
|
Connector | |
DSL test module | 8-pin modular (RJ45 type) |
Ethernet | 2 x 8-pin modular (RJ45) |
T/A, R/B, T1/A1, R1/B1 and ground/Earth | 2 mm recessed banana |
POTS | 8-pin modular (RJ45) and tip A – ring B |
USB | 2 x USB 2.0 client ports |
Connectivity | USB flash drive Remote operation Mobile device application |
Bluetooth | |
Standard | Bluetooth 2.1 + EDR, Bluetooth 4.0 ready |
WiFi | |
Standard | 802.11 b/g/n (2.4 GHz) |
Audio Support | |
Speaker/microphone Bluetooth headset USB headset |
|
Permissible Ambient Temperature | |
Nominal range of use | 0 to 50°C (32 to 122°F) |
Storage and transport | –10 to 60°C (14 to 140°F) |
Humidity | |
erating humidity | 10 to 90% |
Water/Dust Ingress | |
Complies with IP54 | Designed to comply with IP54 |
Display | 127 mm (5 in) diagonal color WVGA (800 x 480 pixels) backlit LCD with projected capacitive multitouch screen |