Evertz Microsystems Ltd.

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XRF1A

1RU 8x8 and 16x16 RF Routers

VistaLINK® 兼容

The XRF1A is an RF signal routing matrix for L-Band and IF satellite communications and other signals. Housed in a compact 1RU chassis and available in 8x8 or 16x16 matrix sizes, the XRF1A is a full-featured routing matrix with automatic or manual gain control and RF power meters on each input channel, as well as optional LNB power supplies. Advanced capabilities, such as salvos allow multiple matrix path changes with the push of a button.

The XRF1A features optional built-in and remote control panels for crosspoint control and system configuration. Additionally, this flexible routing matrix can be controlled, configured and monitored via serial control and/or SNMP control over Ethernet using Evertz® X-NCP2 panel, CP-22xx series control panels, VistaLINK® or other third party control software.

The XRF1A 16x16 is scalable to 32x32 by connecting multiple frames in conjunction with Evertz® SRF series passive RF splitters/combiners, which provide matrix expansion without compromising system reliability.

特点

  • 70/140MHz IF, L-Band, stacked L-Band and off-air DTV all in one platform
  • Passes all modulation formats
  • Passcode protection for configuration parameters and destination locks
  • Up to 8 programmable salvos
  • Built-in control panel option
  • Internal redundant power supply option
  • LNB power generation option with short circuit protection
  • Non-blocking, fan-out configuration
    • Automatic or manual gain control on all input channels
    • External system expansion capability up to 32x32 using additional frames and Evertz® SRF series passive splitters/combiners
    • RF power monitoring on all input channels
    • Adjustable output level in AGC mode
    • Matrix crosspoint control using local control panel, X-NCP2 remote control panel, VistaLINK®, or 3rd party control software
    • System configuration, alarm monitoring, event logging, and email notification available through VistaLINK® or 3rd party control softwareem reliability.
产品结构图 产品结构图

指标

System
Matrix Sizes8x8 or 16x16
阻抗75Ω (50Ω BNC optional)
Connector TypeBNC per IEC 61169-8 Annex A (F-type connector optional)
Gain Range (Manual)-10 to +12dB in 1dB steps
Output AGC Level-20 to -50dBm
Bandwidth40-2250MHz
RF Specifications - L-Band1850 to 2250MHz*
Freq Response±1.5dB over bandwidth
±0.5dB over any 36MHz channel
Isolation> 60dB input to output
> 70dB output to output, and input to input
RF Input Power-10 to -70dBm
Max RF Output Power-10dBm
Noise Figure6dB (1500MHz, Gain = +12dB) typ
15dB (1500MHz, Gain = 0dB) typ
反射损失
75Ω> 13dB (input), > 15dB (output)
50Ω> 13dB (input), > 11dB (output)
LNB Bias (-LNB Version)
电压+13VDC/+17VDC ±5% (selectable)
Max. Current400mA (overload protected)
RF SpecificationsIF (40 to 200MHz*)
频率响应±0.5dB over 50-90MHz and 120-160MHz
Isolation> 60dB input to output
> 70dB output to output and input to input
RF Input Power-15 to -70dBm
Max RF Output Power-10dBm
反射损失> 13dB (input), > 15dB (output)
Communication and Control
SerialRS-232/RS-422 selectable
EthernetSNMP over IEEE 802.3/U (10/100
BaseTx) RJ45 connector
ControlBuilt-in front control panel, X-NCP2, CP-2116E or CP-2232E series control panels, VistaLINK®, MAGNUM or third party SNMP or serial interface
电气
Max Power ConsumptionAuto ranging 100 to 250V AC, 50/60Hz
AC Input60 瓦 max. w/o LNB power option
200 瓦 max. with LNB power option
端口数目IEC 60320 -1 per power supply
标准
SafetyComplies with CE Low voltage Directive
EMCComplies with FCC part 15, Class A
Complies with EU EMC directive
物理参数
尺寸19"W x 1.75"H x 18.75"D
(483mm x 45mm x 477mm)
双通道Approx. 9.5lbs (4.3kg) with 2 power supplies, -LNB version

订购信息

注意Contact Evertz® sales for other matrix sizes up to 512x512
XRF1A-8x81RU 8x8 RF Router
XRF1A-8x8-LNB1RU 8x8 RF Router with LNB power supply
XRF1A-16x161RU 16x16 RF Router
XRF1A-16x16-LNB1RU 16x16 RF Router with LNB power supply
PKGXRF1A-32x3232x32 RF Routing System
订购可选项
注意Contact Evertz sales for 50Ω BNC and F-type connector options
+LCPBuilt-in front control panel
+2PSRedundant power supply
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