Used ROHDE & SCHWARZ CMW 500 #9212304 for sale

ID: 9212304
Wideband radio communication tester With hardware upgrades Rotary pulse generator Ethernet switch board MPC0/2 DVI Interface FP With MMI H600 Frame CMW-S600B, CMW500: FP With MMI H600B PS EEPROM / Temperature sensor H660A: Option carrier H100A: BB Measurement H110A: BB Generator H090A: Reference H054B: power supply SUU Main board 1XEV-DO H230A for SUU GSM H210A for SUU H550M: BB Flexible link MB H590D: RF Frontend ADV (2) COR Module of TRX H055H: Mother board SUW DSP Module SUW Main board (2) RX Module of TRX (2) TX Module of TRX H612A: IEEE Single bus LVDS AUO Display adapter Front panel board IP H605 Front panel board Front panel board II Power supply AC90-264V H690B: Highly stable oven control crystal oscillator DAU Carrier board H052F: Standard hard disk CMW-S550M: BB Flexible link MB H550M CMW-S590D: RF Frontend ADV H590D CMW-PS502: CMW500 Basic assembly CMW-B110A: BB Generator H110A CMW-B612A: IEEE-Single bus H612A CMW-B620A: DVI Interface CMW-B690B: Highly stable oven control crystal oscillator H690B CMW-B200A: Signal unit UNIV H200A CMW-B210A: GSM H210A for SUU (2) CMW-B300A: Signal unit wide bands H300A CMW-B660A: Option carrier H660A CMW-B661A: Ethernet switch H661A CMW-B230A: 1XEV-DO H230A for SUU CMW-B220A: CDMA H220A for SUU CMW-B570B: RF TRX H570B CMW-B450A: Data APPL. unit H450A CMW-KM200: GSM R6 TX meas CMW-KS200: GSM R6 SIG basic CMW-KW200: GSM R6 WINIQSIM2 CMW-KW400: WCDMA R99 WINIQSIM2 CMW-KW750: TD-SCDMA WINIQSIM2 CMW-KW751: TD-SCDMA ENH, WINIQSIM2 CMW-K0 Demo 12M CMW-KM750 TD-SCDMA TX meas CMW-KM012: Multi level list mode CMW-KW500: LTE R8 WINIQSIM2 CMW-KS210: GSM R6 SIG ADV CMW-KT053: GSM WCDMA CMWRUN Frontm. Contr. 9/5 with 2 X 1 GBIT LAN IPS1 MPC0/6 CMW-KT055: LTE CMWRUN CMW-KS413: WCDMA R7 SIG ADV CMW-KM751: TD-SCDMA ENH TX meas CMW-PK40: WCDMA Call box bundle CMW-PK45: APPL Test bundle CMW-PK50: LTE Call box bundle (2) HDD 2.5: SATA 160GB MK166 TFT 8.4: SVGA LVDS LED AUO.
ROHDE & SCHWARZ CMW 500 is a multi-functional high-performance test equipment capable of providing precise and reliable measurements on wireless communications systems. CMW 500 is designed to measure network capacities, base stations, and mobile terminals, including components such as modems, RF radios, and antennas. It is an ideal solution for operators, network planners, and equipment manufacturers. ROHDE & SCHWARZ CMW 500 is a 3 GHz spectrum analyzer, optimized for wideband spectrum analysis and with an optional 13.5 GHz high-end performance configuration. It can measure all key parameters such as: noise figure, intermodulation distortion, EVM (error vector magnitude), ACLR (adjacent channel leakage ratio), modulation accuracy, and more. CMW 500 also offers a PC software which allows users to personalize their real-time measurements and to combine them with post-processing analysis. This makes it easy to generate comprehensive reports for mobile and broadband networks, as well as for radio and audio quality. ROHDE & SCHWARZ CMW 500 also has a variety of measurement functions such as: signal quality assessment, signal level input, power supply input, and a complete digital signal controller. All of these features provide precise testing capabilities to the users. In addition, CMW 500 offers a powerful and reliable testing environment, with a frequency range from 9 kHz - 13.5 GHz, and peak power levels up to +43 dBm. It also has an external oscilloscope and spectrum analyzer input, making it easier to measure multi-channel testing scenarios. ROHDE & SCHWARZ CMW 500 is a reliable and durable equipment which can easily measure digital cellular signals such as: GSM, GPRS, EDGE, HSPA, LTE, and soon 5G, as well as digital media systems such as audio, video, and satellite signals. CMW 500 is a comprehensive test solution that allows users to configure their projects, view and analyze their measurements, and generate comprehensive and customized reports. With its performance, reliability, and flexibility, ROHDE & SCHWARZ CMW 500 is an ideal equipment to evaluate the performance and quality of wireless communications systems.
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