Miernik mocy optycznej GPON/XGPON/10GPON
VIAVI OLP-87/87P
SmartClass™ Fiber PON Power Meter and Microscope
The Viavi Solutions OLP-87 is an FTTx/PON power meter for use in qualifying, activating, and troubleshooting B-PON,
E-PON, G-PON, and next-generation, high-speed 10 G PONs such as XG-PON and 10G-EPON networks. As part of the Viavi Solutions SmartClass Fiber family, the OLP-87 combines a high-performance λ-selective FTTx/PON meter with pass/ fail fiber inspection analysis into one portable solution. These combined capabilities guarantee service providers a lifetime of system performance from their network connectivity and gives contractors an essential tool for delivering best-in- class, reliable networks to their customers.
The OLP-87 is ideal for end-of-line testing, activation, and maintenance of all FTTx/PON signals. The through-mode capability can simultaneously measure voice, data, and RF video signals on fiber at 1490/1550/1578 nm downstream and 1270/1310 nm burst mode upstream.
The OLP-87 is compatible with the P5000i digital analysis microscope so users can check fiber end-face quality and get pass/fail acceptance results with one button push. The OLP-87P features an integrated patch-cord microscope (PCM) for added value and improved workflow efficiency.
Users can easily save test results and generate certification reports to document work quality. Integrating these capabilities into one system drives technician behavior toward implementing today’s best practices in a seamless workflow that optimizes efficiency and reliability so they complete the job right—the first time.
The handheld OLP-87 can be used anywhere today’s fiber technicians go, up poles or down holes. Technicians get ultimate flexibility and performance from this powerful, easy-to-use solution that can help any technician become an instant fiber expert.
KeyFeatures
The AVP 2000 Contribution Encoder is the basis for the most
efficient video compression engines available to the broadcast market.
The platform itself is designed to address both the need for density with up to six option slots and the need for high resilience by making all the option slots hot swappable and the addition of a dual PSU version of the chassis. A standard IP interface and a wide range of separate I/O options provide interfacing to multiple hybrid networks concurrently. The AVP 2000 allows in-field serviceability, portability and system reconfiguration to address the widest range of C&D applications.
The AVP 2000 Contribution Encoder supports MediaKind’s range of encoder modules.
The CE-HEVC encoder module provides support for HEVC and MPEG-4 AVC video compression. Each module can encode a single UHD (4k) video service or up to 4 HD video services. It supports 4:2:2 or 4:2:0, 8 or 10-bit video, and can provide low and super low end to end latency encoding modes.
The CE-xA/A encoder module provide high quality MPEG-4 AVC or MPEG-2 video compression for standard definition and high definition video.
The CE-aA/A encoder module provide high quality MPEG-4 AVC or MPEG-2 of 4:2:0 8-bit video in a compact form factor.
The CE-aJ2K encoder modules provide JPEG-2000 video compression capability.
So the AVP 2000 Contribution Encoder pushes encoding efficiency, serviceability and upgradeability to new levels of excellence.
A new front panel provides complete unit control in mobile environments. Its unique ergonomic new design is the result of development based on industry feedback and includes:
Input |
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Output |
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Management |
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Dimensions (W x H x D) |
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Input Voltage |
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Input Power |
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Operating Temperature |
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Storage Temperature |
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Relative Operating Humidity |
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Compliance |
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EMC Compliance |
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Safety Compliance |
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AVP 2000 |
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Six slot single PSU chassis (AVP 2000 |
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Encoder Module (CE/ |
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AVP 2000 Configuration Pack (AVP2000/CP/HD/422) |
As BASIC HD but adds:
As above plus:
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AVP 2000 Configuration Pack (AVP2000/CP/PREM/ |
As HD 4:2:2 but adds:
As above plus: Six slot Dual PSU chassis (AVP 2000/BAS/2ACFL/A) in place of six slot single PSU chassis (AVP 2000/BAS/1AC/A)
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n = Included
r = Field upgrade available
BASIC HD |
HD 4:2:2 |
PREMIUM |
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Chassis |
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Single AC Power Supply |
n |
n |
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Dual AC Power Supply |
n |
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Hot-Swappable Modules |
n |
n |
n |
Built-In Video Confidence Monitor |
n |
n |
n |
Analog Composite CVBS Interface |
n |
n |
n |
SD-SDI Interface |
n |
n |
n |
HD-SDI Interface |
n |
n |
n |
3 Gbps Capable HD-SDI Interface |
n |
n |
n |
Discrete Digital Audio Inputs |
n |
n |
n |
Analog Audio Inputs |
n |
n |
n |
MPEG-2 SD 4:2:0 Encoding |
n |
n |
n |
MPEG-2 HD 4:2:0 Encoding |
n |
n |
n |
MPEG-2 SD 4:2:2 Encoding |
r |
n |
n |
MPEG-2 HD 4:2:2 Encoding |
r |
n |
n |
MPEG-4 AVC SD 4:2:0 Encoding |
n |
n |
n |
MPEG-4 AVC HD 4:2:0 Encoding |
n |
n |
n |
MPEG-4 AVC SD 4:2:2 Encoding |
r |
n |
n |
MPEG-4 AVC HD 4:2:2 Encoding |
r |
n |
n |
MPEG-4 AVC Stripe Refresh (< 100 ms latency) |
r |
r |
n |
MPEG-4 AVC HD 4:2:2 1080p 50/60 fps |
r |
r |
r |
JPEG 2000 SD 4:2:2 Encoding |
r |
r |
r |
JPEG 2000 HD 4:2:2 Encoding |
r |
r |
r |
MPEG-1 Layer II Encode (Stereo Pairs) |
r |
r |
r |
Dolby® Digital (AC3) Encode (2.0 or 5.1) |
r |
r |
r |
AAC Encode Encode (2.0 or 5.1) |
r |
r |
r |
Phase Aligned Audio Encode (Groups) |
r |
r |
r |
Linear PCM Pass-Through |
n |
n |
n |
Dolby® Digital (AC3) Pass-Through (2.0 or 5.1) |
n |
n |
n |
Dolby® Digital Plus Pass-Through (2.0 or 5.1) |
n |
n |
n |
Dolby®E Pass-Through (Compressed) |
n |
n |
n |
BISS Encryption (Modes 1 and E) |
n |
n |
n |
IP Output |
n |
n |
n |
ASI Output |
n |
n |
n |
SMPTE 2022 FEC |
n |
n |
n |
G.703 Output |
r |
r |
r |
Web Browser Control |
n |
n |
n |
Front Panel Control |
n |
n |
n |
SNMP Traps and Alarms |
n |
n |
n |
nCompass Control |
n |
n |
n |
Video |
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Audio |
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*Optional breakout cables can be ordered separately:- D-Type to balanced XLR breakout cable (VP/CAB/BAL)
D-Type to unbalanced BNC breakout cable (VP/CAB/UNBAL)
Video Encoder |
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Audio Encoder |
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MPEG-1 Layer II encoding standard |
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Dolby® Digital (AC-3) |
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Dolby®E pass-through |
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Linear PCM pass-through |
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Phased Aligned Audio (PAA) (Patent Pending) |
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Ancillary Data |
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Output |
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Management |
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Dimensions (H x W x D) |
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Weight |
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Input Voltage |
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Input Power |
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Operating Temperature |
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Storage Temperature |
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Relative Operating Humidity |
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Compliance |
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EMC Compliance |
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Safety Compliance |
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Application scenario |
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Port quantity |
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Port rate |
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Forwarding capability [Gbit/s] |
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Maximum number of MAC addresses |
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Maximum distance difference between 2 ONUs under the same PON port (board capability) [km] |
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Assured bandwidth per port [kbit/s] |
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T-CONTs per port |
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Bandwidth per T-CONT |
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GEM ports per board |
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GEM ports per port |
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Service flows per board |
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Power budget of port |
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1588v2 Synchronization |
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9216-byte jumbo frames |
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Bidirectional FEC |
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Type B protection (single-homing) |
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Type B protection (dual-homing) |
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Type C protection (single-homing) |
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Type C protection (dual-homing) |
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HQoS |
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NTP |
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ONU-based shaping |
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PON ISSU |
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Y.1731 PM |
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Security (Anti-DoS, Anti-MAC/IP Spoofing) |
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Controlled optical signal transmission of the optical module |
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Rogue ONU detection and isolation |
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ONUs per port |
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Automatic shutdown at high temperature |
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Temperature query and high-temperature alarm |
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Energy conservation for service boards |
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Dimensions without packaging (H x W x D) [mm] |
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Weight without packaging [kg] |
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Static power consumption [W] |
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Maximum power consumption [W] |
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Operating temperature [°C] |
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Maximum Frame Size of Boards (Default) [bytes] |
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Maximum Frame Size of Boards (jumbo frame enabled) [bytes] |
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Maximum split ratio |
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SmartClass OLA-54
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SmartClass OLA-55
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Adjustable wavelength range |
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Fiber type |
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Calibrated wavelengths |
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Display range(1) |
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Minimum insertion loss(1) |
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Linearity |
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Repeatability of attenuation setting(2) |
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Total attenuation accuracy(1) |
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Setting type |
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Function |
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Displayed value(1) |
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Max. permitted level |
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Oferta usług utrzymania systemów obejmuje 6 pakietów usług pomocy technicznej VECTOR TECH SOLUTIONS: V-AID Service / EW / NBD / NBD+EW / 24h / 24h+EW. Umożliwiają one wykorzystanie potencjału Firmy VECTOR w zakresie codziennego wsparcia technicznego, rozwiązywania problemów, szybkiego reagowania na problemy krytyczne w sieci oraz utrzymania systemu na najwyższym poziomie wydajności oraz planowania rozwoju sieci.