The VIAVI Seeker X leakage detector provides the agility to monitor leakage anywhere in a channel lineup, with the sensitivity and speed to accurately detect leaks that other systems miss.
With support for up to 4 concurrent monitoring frequencies from 130-1220 MHz including OFDM support, Seeker X affords operators complete flexibility in defining downstream channel lineups, while providing true full-spectrum leakage detection. High split networks are no problem for Seeker X with OUDP burst detection for 204MHz upstreams.
Seeker X will detect tagged leaks and ignore untagged leaks, saving time from false alarms from signals not originating in your system, including overbuild situations. In addition to legacy Seeker D tag signals, Seeker X detects the revolutionary new digitally tagged carrier to provide unmatched leakage sensitivity and positive leak detection. This allows more thorough and accurate coverage of your plant in driveout testing and much more efficient find and fix processes for techs in the field.

Adaptable to Changes Like High-Split Architectures
High-split architectures are coming, and Seeker X is designed to adapt to these types of network changes with its software-defined radio-based architecture. With full frequency agility and a powerful FPGA capable of OUDP signal detection, todays Seeker X meters can adapt to network changes via software updates, futureproofing your leakage investment.
Transition to distributed access architectures is simplified by virtualized tagging capabilities supported by most major R-PHY, R-MACPHY, and R-CCAP vendors. With this approach, no specialized hardware is required in the hub, and technicians use the same Seeker leakage detectors and work processes regardless of node type.
Seamless Transition from Seeker-D
Seeker X detectors and mobile mounts can be dropped into systems currently using Seeker D's with no change to existing monitoring and find/fix processes. These new Seeker X units can benefit from the increased speed, sensitivity, and OFDM detection on their own, and can monitor two extra tagged frequencies if CT-4 taggers are swapped out for Seeker-D compatible CT-X units.
Regardless of the system architecture or channel lineup, Seeker X provides all the capabilities to find and fix leaks quickly, accurately, and effectively.
Learn more about Signal Leakage.
Highlights:
- Full-spectrum agility from 130-1220 MHz
- Up to 4 concurrent detection frequencies, including DOCSIS3.1/OFDM carrier support
- Supports OUDP burst detection for high-split networks
- Virtualized tagger support for R-PHY/DAA nodes
- Supports new Seeker X digital chirp tag for increased leakage sensitivity and improved positive leak detection
- Mobile Tech app connected, StrataSync enabled, XPERTrak integrated
- Cost-effective solution backward compatible with existing VIAVI systems
Applications:
- Quickly pinpoint shielding weaknesses in the field for ingress remediation
- Centralized leak localization and management with GPS-enabled drive test
- Contractors can audit construction without need for tagger using OFDM detection
Accessories
WFS-1 Low-Band Dipole Field Service Antenna (130 to 450 MHz)
Dipole antenna with 50 Ohm impedance for low band (130 to 450 MHz) leakage detection.
WFS-2 Wideband Field Service Antenna (450 to 1220 MHz)
Wideband antenna with 50 ohm impedance for mid to high band (450-1220 MHz MHz) field leakage detection.
AFS-7 Handheld Yagi Antenna - (580 to 640 MHz)
Calibrated directional Yagi antenna with 50 Ohm impedance for high band (612 MHz) leakage detection.
AVM-3 Vehicle Antenna - Magnetic Mount (108 to 160 MHz)
Vertical quarter wave whip antenna with magnetic vehicle mount for low band (108 to 160 MHz) leakage detection. MUST SPECIFIY SINGLE FREQUENCY FROM 108 TO 160 MHZ. USE WITH THE SEEKER D REQUIRES 138 MHZ.
WVM-2 Wideband Vehicle Mount Antenna - Short Pole (250 - 1220 MHz)
Wideband vehicle mount antenna (250-1220MHz) with magnetic mounting suitable for year-round rooftop deployment even in high-wind environments.
NFP-1 Near Field Probe
Passive near field probe with 50 Ohm impedance for leakage detection in the near field at any leakage detection frequency.
CAT5e Ethernet Patch Cable - 10 Foot (Quad-Shielded)
CAT5e Ethernet patch cable (10 foot) quad-shielded with 100 Ohm impedance and RJ-45 Male to Male connectors.
GPS Receiver For Seeker MCA II and MCA III
Garmin GPS Receiver with RS-232 (DB-9) interface for the Seeker MCA II. May be mounted with the included magnetic mount or bolted to a vehicle roof.
Vehicle Power Adapter with USB cable (CL-9)
Vehicle power adapter for the Seeker, Seeker SE, Seeker D, Seeker D Lite, 120 DSP, and 802 AWE. The Vehicle Power Adapter (CL-9) is not needed if using the Seeker or Seeker D Mobile Mounts and the Mobile Mount Power Cable that is included with the Seeker, Seeker SE, Seeker D.
Seeker D Carrying Case
Carrying case for use with the Seeker D when out of the Seeker D Mobile Mount. This form fitted custom carrying case with belt loop includes a carrying strap and features storage for the low band antenna, high band antenna and near field probe.
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Instrument Care Support Plans
Save up the 50% of standard service prices and obtain priority service when you buy a bundled plan at the same time the instrument is purchased. Care Support Plans offer the best way to purchase extended warranty, premium technical support, self-paced training, and critical maintenance services like calibration services that include software and engineering change order update services to ensure your product is maintained with current software and a calibration certificate. These discounted plans are 2-5 years long when purchased upfront with your VIAVI instruments.
VIAVI Care Support
Care 支持计划 - Seeker
产品类型 | 推荐计划 | BronzeCare![]() | SilverCare![]() | MaxCare![]() | 为什么要校准? |
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Seeker D,Seeker X | MaxCare-5 | 为什么要校准这个产品?频率/电平需要在规范范围内,以保证准确可靠的结果。 Factory standards to ensure accuracy确保准确性的工厂标准VIAVI 根据 TL9000 工厂标准进行校准,以确保您的仪器经过认证,可以准确测量,就像它出厂时一样。未校准的仪器将产生不可靠的测量结果,并可能产生错误的通过或错误的不通过测试结果,这通常会导致您的团队重复工作。我们维护、抛光和清洁所有光纤连接器,修复产品内部的尾纤连接,以确保所有端口保持良好工作状态,并将软件/固件升级到最新批准版本以实现增强功能。VIAVI Care 计划是在购买仪器时以较低的折扣价规划校准的最具成本效益的方式,但是也可以随后以单独的采购订单购买固定费率校准。
如果产品不在校准范围内,我的测量结果会受到怎样的影响?超出规格的测量可能会导致不必要的重复呼叫客户服务问题 What are the most common implications of these issues to the business?这些问题对企业最常见的影响是什么?
常见的业务影响包括:
示例: 让我们看看 OTN/SONET/SDH/E1/T1 和各种 FTTX、DOCIS 和 xDSL 测量。达到全线速率(1G、10G、40G、100G)对测试服务性能和服务错误率至关重要。如果未校准的测试仪在测试过程中无法达到全线速率,客户可能会得到性能不佳的结果,这将很快引起投诉,或者,技术人员最终可能会寻找不存在的虚假网络问题。 |
VIAVI Care Support for Existing Equipment
![]() FleetCare | FleetCare plans can be customized to include any service entitlements on your fleet of existing equipment. Please fill out a Service Contracts form for a quote.
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