DSAM 6. 00. 0 Digital Service Analysis Meter Information. Dc Unlocker 2 Client Crack Version. Key Features Sweep, digital video, analog video, DOCSIS IP, and, Packet. Cable Vo. IP test available in one meter. Manages and displays sweep files via the web using, immediate data synchronized over DOCSIS RFFull 4 to 1. MHz frequency range. Forward sweep option allows sweeping of analog, digital, and DOCSIS carriers. Compatibility with existing JDSU Stealth Sweep Systems, assuring non interfering forward and reverse sweep, operation compatible with todays digital carriers. IDirect X1 1. 2 Meter Satellite SKU GCMODEMX1INDOOR Complete system includes iDirect X1 LAN gateway pictured above using a 1. Dnd Character Sheets. On the Google Play store a new RTLSDR compatible app calledAerial TV has been released in beta by Martin Marinov. Aerial TV allows you to watch DVBT HD TV on. DigiMax DVBT Meter Scanner and DVBT Monitoring software. Software that transforms your computer into a powerful DVBT signal measuring tool. Satellite Tuner Tuner Type DVBS S2 Input Connector FType Female Loop Through FType Female Frequency Range 950MHz 2150MHz Signal Level 65 to 25dBm. A B C D E F Fluke G H Heath HP I J K L M N O P Q R S T Tektronix U V W X Y Z. A. ACDC EL300 electronic load 4. VDC 60A 300W wanalog meter ACDC EL750 electronic. Eternet is a futuristic network of novel gadgets and computers, smart home controllers on a versatile platform, cutting edge intelligent vehicle and resourceful cloud. New Digital Quality Index DQI provides an easy to, understand real time digital quality history 9. Rugged, lightweight design withstands rain, cold, heat, bumps, drops, and other accidental mishaps. Network maintenance is a critical element in achieving the quality of service Qo. S, necessary for cable operators to compete with alternative communications providers. One core requirement of any cable network maintenance plan is to ensure that a, systems broadband frequency response in both the forward path downstream, and the return path upstream performs as required. JDSU has a long history of integrating the high level functions and advanced, technology necessary for maintaining cable networks into scalable hardware and, software platforms. Coupling the innovative Signal Analysis Meter SAM with, award winning Stealth Sweep technology Patent No. JDSU delivers, sweep meter solutions unequalled in their ability to perform advanced tests and, measurements. These capabilities were integrated into the SDA 5. JDSU introduced the DSAM Digital Service Activation Meter when DOCSIS, standards pushed the industry to adopt a common technology for delivering, flawless high speed data and IP services. This award winning, landmark meter, integrated JDSUs well known Service Analysis Meter SAM functions with, DOCSIS cable modem and Packet. Cable multimedia terminal adapter MTA, elements and a PC based management and file system. Dvb T Meter Software' title='Dvb T Meter Software' />Now, JDSU has introduced the next Wavetek Field Meter, the DSAM 6. Digital Services Analysis Meter. Satlink WS6933 DVBS2 FTA CKU Band Digital Satellite Finder Meter DVBSS2,Real Spectrum Analyzer and Constellation Analyzer, Fully DVBSDVBS2,Watch HD Satellite. Recognizing that maintaining cable networks, requires more than sweep, JDSU combined the DSAMs video, audio, and data test, functions with the SDAs downstream forward path and upstream return path, sweep functions and created a rugged, multitechnology handheld that performs, in the harshest environments. Because it uses the SDAs powerful Stealth Sweep technology, the DSAM6. SDA rackmounted sweep gear, SDA 5. SDA 5. 51. 0, located at headend and hub sites. Additionally, the DSAM 6. B meters can sweep, side by side with SDA 5. Therefore, major modifications are not, required when DSAM 6. Level mode on an analog channel displays video, and audio signal levels and their delta value., Carrier to Noise CN ratio is also displayed. Signal Level Meter SLMTraditional SLM test functions for analog video and audio levels as well as JDSUs, extremely accurate digi. Check digital power level measurements are supported, by the DSAM6. Furthermore, the ability to measure carrier to noise CN, on analog carriers comes standard. The DSAM 6. 00. 0B can measure downstream, carriers to a full 1. GHz and analyze 6. QAM, including deep, interleave i1. Also included are MER and pre and post, FEC BER on both digital video and DOCSIS carriers, allowing technicians to, validate that digital services are received and they meet adequate margin and, quality specifications. Miniscan measures signal strength of up to 1. Miniscan and Full Scan Modes. When measuring analog and digital as well as DOCSIS signals, technicians can see, high and low frequency channels and verify how much level headroom remains, when limits are activated. In miniscan mode, the DSAM monitors up to 1. The results of both scans are displayed either as an easy to see bar graph, or in an informative table. Tilt Mode. Tilt mode is used while sweeping to check the forward tilt of the channel levels at, the low and high ends of the frequency spectrum. The variances of the levels, which are displayed at the bottom of the DSAM 6. Based on these results, technicians know which, equalizer pad to select that will provide optimum flatness at the end of the line. Undesired electrical interference can appear on a, video channel as one or two horizontal bars. A Hum, measurement reveals if any electrical interference is, present on tested channel. Hum Analysis Mode. A hum measurement may be performed on a nonscrambled analog channel. Since, the instrument is battery powered, the measurement is independent of ground, loops and therefore is isolated from the line mains. Severe hum is revealed on a, TV as either single 6. Hz or double 1. Hz horizontal bars across the, video screen. The DSAM6. 00. 0 hum display indicates the composit level of all, frequency components below 1. Hz as well as the fundamental hum frequency., The lower levels of adjacent frequencies as well as the fundamental are displayed, across a frequency graph. This is valuable in determining the source of hum, generation by displaying a telltale signature of the source patent pending. A Constellation graph shows impairments on the, network with patterns in the display. By identifying, the pattern technicians can figure out what is the, probable cause of the impairment. Constellation Mode. There are various elements in a network that compromise video quality. The, DSAM 6. 00. B constellation mode displays patterns of data points on a graph, which are easily interpreted, enabling technicians to detect and quickly diagnose, the source of digital video problems. DQI will display intermittent, short duration impairments, missed by MER and BER as well as steady state, issues typically captured by MER and BER. Digital Quality Index DQI Mode. DQI is an indicator of the overall health of a QAM stream. This measurement, does a great job tracking intermittent problems and is unique only to JDSU. It is, represented by an easy to understand Index rating from 1 to 1. DQI also catches errors sometimes missed by BER and Errored, Seconds measurements. It also displays a 9. In the level mode on a digital channel, the signals, level and MER are measured and the channels BER, and errored seconds are tracked. MER Mode. Modulation error ratio MER is the earliest indication of transmission quality, degradation resulting from noise, ingress, and composite distortions. An expression, of signal to noise ratio plus all other non transient distortion signals, MER, also shows phase and amplitude distortions that may have been passed from the, headend. MER is the best overall quality measurement that can be performed on a, digital QAM carrier. JDSU has perfected this valuable measurement by optimizing, both custom hardware and proprietary software algorithms Patent Nos. The result is accurate readings that far exceed, those reported from customer premise equipment such as digital settops. BER Mode. Bit error ratio BER helps to quickly detect impulse changes in the system by, revealing when information is lost or corrupted at the bit layer. The DSAM 6. 00. 0, measures BER by tracking the number of errored bits that are seen before forward, error correction FEC, known as pre BER, and the number of bits that cannot be, fixed by FEC, known as post BER. Errored Seconds and Severely Errored Seconds Measurement.