Network Access Agent (NAA)
Next Great Solution for Embedded Network Testing
Highlights
- Embedded network testing in a compact form factor system (1U x 19 in chassis)
- Field upgradeable, rack-mounted platform with up to five test modules
- All ports can be configured independently and operated simultaneously
- Supports 20 simultaneous users
- Optical Transport Module (OTM) with comprehensive features for SONET/SDH and optional OTN
- OTDR, OSA, and PMD for optical physical layer measurements
- Intuitive interface with a simple, consistent setup and workflow across all test modules
- Every test feature accessible by remote GUI and optional automation scripting
- Industry proven platform provides efficient and cost effective support and service
- Cloud-based management option for each module
- OTN, Ethernet, and Fiber Channel available as an optional Multi-Protocol Module (MPM)
- 110/240VAC or -48VDC input power options
Benefits
- Most cost-effective compact solution for embedded network testing.
- Significantly reduces the amount of network testing equipment, required footprint, and test time
- One single platform for embedded network testing requirements which will grow as needs
change and expand, allowing modules and new capabilities to be easily added on-site
NAA Modules (AMC Mid-Size)
OTM-10G
SONET/SDH all rates up to 10G
- All Path TestingTM (APT) – simultaneous testing of all HP/STS containers/SPEs
- Complete SONET/SDH overhead and trace manipulation/analysis with byte capture
- Intrusive and non-intrusive pass through mode with byte & error/alarm overwrite
- Service disruption, round trip delay measurements, and APS testing
- OTN, Ethernet, and Fiber Channel available as an optional Multi-Protocol Module (MPM)
OTDR
- Dual mode (1310nm/1550nm)
- 37dB dynamic range
OSA/PMD
OSA
- C-band DWDM channel monitoring tool
- 50 GHz channel spacing
- ±60 pm wavelength accuracy
- Channel input power range of -39 to -10 dBm
- Channel power accuracy of ±1 dBm
PMD Measurement
- Measurements in accordance with FOTP-113 (Fixed Analyzer Method)
BBLS
- Output Power: 6.5dBm, typical
- Center Wavelength: 1550 nm, typical
- Bandwidth FWHM: 60 nm, typical