BNT-6000A Data Comprehensive Tester Supports SDH PDH E1 PRI V.35/V.24 Optical Power Meter Gigabit Ethernet IP Tester

BNT-6000A Data Comprehensive Tester

BNT-6000A integrates two independent Ethernet ports (each can be independently configured as a 10/100/1000M electrical port or a 100/1000M optical port), one E1 port, one V.35/V.24 port, one optical power meter, and one red light source port. The Ethernet port supports RFC2544 specification testing (including packet loss rate, throughput, latency, and back-to-back testing), self ring PING testing, fast PING testing, packet capture analysis, and fine traffic monitoring in pass through mode. E1, V.35/V.24 ports support physical layer error testing, link layer PPP/HDLC/FRAME RELAY protocol establishment, IP layer end-to-end IP address automatic discovery, self ring PING testing, fast PING testing, and other functions. The optical power meter port supports universal optical power testing, while the red light source port supports universal visual fault detection testing

Product Features

*Suitable for the activation and maintenance testing of various business interfaces in MSTP/MSAP networks

*Multiple ways to verify the bandwidth of dedicated channels for major clients, one machine for multiple purposes

*Polymer physics battery 6000mA

*Handheld 3.5-inch color touch screen with Chinese display

*Result storage and printing

General characteristics

*Can store 200 test results, can be displayed on the screen or printed

*High resolution 3.5-inch color LCD display screen with LED backlight

*Internal battery: Intelligent lithium battery 3200mAh, 3.7V

*Battery operation time: 6 hours; Charging time: 5 hours

*Charger: 5V@2.6A 90 to 265VAC, 50-60Hz

Interface

*Datacom data interface: V.35/V.24 data testing function

*E1 interface: E1 link, compliant with G703 (E1) test function (75/120 ohms)

*Ethernet interface: 10/100/1000M electrical port, 1000M optical port

E1 section

*Test speed: 2.048Mbps, N (continuous) and M (non continuous) x 64Kbps (N&M=1 to 31) insertion/extraction of N or M x 64kbps

*Line code: HDB3&AMI

*Frame type: Non framed PCM-30、PCM-30c、PCM-31、PCM-31c， Compliant with ITU-T G.704

*Online and offline testing functions

Sending end

*Clock source, internal clock: 2.048MHz ± 5ppm

*Reception: Lock the received signal

*Line codes: HDB3 and AMI

*Pulse waveform: compliant with ITU-T G.703

*Error insertion: BIT, CODE, BIT+CODE; single or 1x10-1 to 1x10-7 rate

receiving end

*Frequency range: 2.048Mbps-80000bps

*Input sensitivity: 0 to -43dB

*The return loss performance complies with ITU-T G.703; Jitter capacitance

*Compliant with ITU-T G.823

Measurement

*E1 received signal level

*E1 receiving frequency measurement

*Interface voltage of E1

*Code/BPV errors (error count and error ratio)

*LOS, Sync loss, LOF, AIS, FAS, RAI, and MFAS second counts

*G.821 analysis, G.826, M.2100/550 testing, E-bit error counting and ratio

*Analysis of Supporting PPP and HDLC Layer 2 Routing Protocol

*Testing of Fast Traffic IP PING Function and Loop PING

V. Part 35/v.24

*Test speed: Nx64Kbps (N=1 to 31)

*V.35, DCE/LTE, Access Mode&V.24 Synchronous Test Mode Test Pattern

*PRBS: 2n-1, n=9,11,15,20,23, compliant with ITU-T0.152,0.153

*BERT error characteristic test conforms to G.821 analysis

*Provide V.35/V.24 monitoring function

*Analysis of Supporting PPPHDLC Layer 2 Routing Protocol

*Provide V.35/V.24 monitoring function

*Analysis of Supporting PPPHDLC Layer 2 Routing Protocol

*Testing of Fast Traffic IP PING Function and Loop PING

Ethernet testing section

*Provide Gigabit Ethernet connectivity verification services

*Automatically identify 10/100/1000M BASE network services

*DHCP automatically obtains and configures IP addresses

*Statistics on packet sending, receiving, erroneous packets, packet loss, and packet loss rate

*Provide Ethernet link self ring IP PING

*Fast traffic IP PING and loopback PING

*Support RFC2544 specification testing

*Including: packet loss rate, throughput rate, latency, back-to-back

*Support long-term quality monitoring and testing of Ethernet circuits

*Support Ethernet BERT testing

*Support Ethernet interface VLAN automatic detection

*Support TCP connection testing

Frame relay parameters

*Supports E1, V.35/V.24 physical interfaces

*UNI DTE/DCE Frame Relay Monitoring and Simulated User End (CPE) Testing

*Compliant with standards: ITU Q.933, ANSI T1.618/T1.617 CISCO LMI, LMI analysis, PVC status

*DLCI statistics (providing 32 DLCI simultaneously)

*CIR Service Quality Testing

*Timer: T391, T392, N391, N392, N393

*Performance statistics

*Testing of automatic IP address detection and fast traffic IP PING function for supporting links

Optical power meter section

*By testing the optical power through an independent optical power meter interface, the testing accuracy is much higher than that of SFP optical modules with built-in optical power modules

*Wavelength range: 800nm~1700nm

*Calibration wavelength: 850/980/1300/1310/1490/1550

*Probe type: InGaAs

*Power measurement range: -70dBm~+6dBm

*Uncertainty: -0.25 to+0.25

*Linearity: 0.03dB

*Display resolution: 0.01dB

Red light source section

*Working wavelength: 650nm

*Fiber output power:>10mW

*Frequency flicker: constantly on/2Hz

environment

*Operating temperature: 0 ℃ to 50 ℃

*Storage temperature: -20 ℃ to+70 ℃

*Temperature: 5% to 90% non condensing

*Size: 200mm x 90mm x 45mm

*Weight: less than 1 kilogram

Common scenarios

1：Transmission circuit

   1) Point-to-point (or point-to-aggregation) transmission channel. Generally, the transmission network in the middle is SDH/OTN network, or IPRAN network using L2VPN. There is no routing in the middle of the customer networks at both ends, and they can directly communicate at Layer 2.

   2) Operators provide routing interconnection between multiple points. Generally, the intermediate transmission network is IPRAN (MPLS VPN) network. L3 VPN is used to achieve private network isolation and bandwidth guarantee. The customer networks at both ends belong to different network segments and are interconnected through routing.

2：Internet special line (IP special line)

The operator provides each customer with a single point Internet access line to access the Internet. The network on the access device is the existing public network

3：Voice line

The physical carrier line is E1, which consists of 30 64Kbps digital channels B channel and one (usually 16 time slot) control channel D. Protocol signaling is transmitted between PBX and PSTN network through the D channel, controlling each call to occupy one B channel to transmit voice call data

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