Calnex Paragon neo S Next Generation Synchronization Test Solution
₹14,00,000.00
Specification
- brand
- Calnex
- color
- Standard Instrument Grey/Black chassis (Calnex finish)
- power
- Approx. 150 W (typical for high-performance test instruments).
- usage
- (The Paragon neo-S is used in telecom labs, R&D centers, and industrial network testing environments
- battery
- (Operates on external power supply, no internal battery.)
- accuracy
- Better than 5 ns (PTP), ±1×10?? frequency stability, 500 ps phase stability.
- material
- Industrial-grade metallic chassis with precision connectors (BNC, RJ48, QSFP/OSFP).
- availability
- In Stock
- laser safety
- Complies with optical transceiver safety standards for QSFP112-DD / OSFP112 modules.
- aux connector
- RJ45 LAN, RJ48 (balanced), BNC (unbalanced), QSFP112-DD / OSFP112 / QSFP112 pluggable optical ports.
- usb interface
- USB 2.0 (for data logging, configuration, and software updates)
- remote control
- TCL, Perl, Python scripting + Calnex Test Sequencer (CTS)
- software tools
- Integrated Calnex Analysis Tool (CAT) with report generation
- audio interface
- Not Applicable (This is a synchronization test instrument, no audio interface.)
- esmc ssm features
- Decode & generate per ITU-T G.8264, graphical QL monitoring
- model name number
- Paragon neo-S
- operating voltage
- Standard AC mains (100–240 V, 50/60 Hz).
- 1pps reference i o
- Balanced (RJ48) and Unbalanced (BNC), with ToD formats (CCSA, ITU-T, NMEA)
- module combination
- QSFP112-DD (800G), OSFP112 (800G), QSFP112 (400G) pluggable optical modules supported.
- operating humidity
- Standard laboratory/industrial environment (5% – 85% RH, non-condensing)
- bluetooth interface
- (Connectivity via LAN/web interface, not Bluetooth.)
- dimensions and mass
- 1.14 cm
- input rf attenuator
- External RF reference/attenuation via BNC and RJ48 connectors for precise sync testing.
- storage temperature
- –20 °C to +70 °C (typical safe storage range for electronic instruments).
- supported languages
- Remote scripting supported in TCL, Perl, Python.
- operating temperature
- 0 °C to +50 °C (typical for lab-grade test equipment).
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Description
The Calnex Paragon neo‑S is a state‑of‑the‑art synchronization test solution designed to meet the evolving demands of 5G, O‑RAN, AI workloads, and high‑speed data centers. Built on the trusted pedigree of the Calnex Paragon family, the neo‑S delivers sub‑nanosecond accuracy for testing synchronization performance across Ethernet interfaces up to 800GbE. With the rapid adoption of high‑speed Ethernet and the critical need for precise timing, the Paragon neo‑S ensures unmatched accuracy, repeatability, and compliance with global standards. It is engineered to validate the most stringent requirements of ITU‑T, IEEE 1588, and O‑RAN specifications, making it the preferred choice for equipment manufacturers, service providers, and research labs. Key Features & Capabilities: PTP (Precision Time Protocol) Testing: Conformance verification to IEEE 1588 and ITU‑T G.827x standards. PTP Field Verifier (PFV) for automatic pass/fail analysis against standards or user‑defined profiles. Emulation of PTP clocks (timeTransmitter and timeReceiver) with full parametric control. Time Error measurement accuracy better than 5 ns for PAM4 optical interfaces. SyncE (Synchronous Ethernet) Testing: Full compliance with ITU‑T G.8262.1/G.8262 standards. Wander generation, tolerance, transfer, and transient testing. Evaluation of MTIE/TDEV results against ITU‑T masks. ESMC (SSM) message generation and decoding per ITU‑T G.8264. Advanced Test Applications: Boundary Clock and Transparent Clock testing (G.8273.2). APTS and PRTC clock testing (G.8273.4 / G.8272). Time Receiver and eEEC/EEC testing. Complex combined tests such as Phase Noise Response to SyncE Transients. Software & Analysis Tools: Integrated Calnex Analysis Tool (CAT) for real‑time visualization of MTIE, TDEV, and Time Error metrics. Graphical workflow with test‑case driven configuration and real‑time results. Automatic report generation with clear pass/fail indication. Interfaces & Connectivity: Supports QSFP112‑DD (800G), OSFP112 (800G), QSFP112 (400G) pluggable modules. External reference clock inputs: 64 kHz, 2.048 MHz, 10 MHz, T1 BITS, E1 MTS. Reference outputs: 10 MHz / 2.048 MHz, 1PPS (balanced/unbalanced). ToD (Time of Day) input/output in CCSA, ITU‑T, and NMEA formats. Web‑based GUI accessible via PC/Mac/Tablet with LAN connectivity. Remote control via TCL, Perl, Python scripting and Calnex Test Sequencer (CTS). Why Choose Paragon neo‑S? Future‑proof design supporting next‑generation 800GbE transceivers. Sub‑nanosecond synchronization accuracy for mission‑critical 5G and data center applications. Comprehensive suite of PTP and SyncE testing in a single platform. Trusted by global network equipment manufacturers and operators. The Calnex Paragon neo‑S empowers organizations to validate, optimize, and future‑proof their synchronization infrastructure, ensuring high‑quality network services in the era of 5G, AI, and beyond.
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