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Review Summary
Accidents happen where life happens. Protect your favorite Adorama products and purchase a protection plan to stay covered from accidental damage, mechanical or electrical failure, and more.
If we can’t fix it, we’ll replace it at no additional cost.
Protect your product from drops, spills, and more.
Enjoy your gear without fear. We have you covered!
When regular use of your product over time results in mechanical or electrical failure.
We will never charge you a deductible after the purchase of a plan.
Our claims process is simple & easy and our customer service team is happy to help.
Adorama Protect powered by Extend is available for purchase to customers in the United States. Not available for purchase Internationally or in U.S. Territories.
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Transmission standard: IEEE 802.3ab / IEEE 802.3u compliant
Connector: RJ-45 (2x Input, 1x Output)
Signal standard: DVB-ASI (EN50083-9) compliant
Input: Packet / Burst, 188 / 204 bytes
Output: Packet, INPUT / 188 byte fixed /204 byte fixed
Effective bit rate: 1 Mbps to 200 Mbps
Connector: 75O unbalanced BNC (Input x 2, Output x 2)
Pass-through: Pass-through from IN 1 to OUT (via mechanical relay) when the power is turned off
Transmission standard: SMPTE 2022-2
Transmission protocol: RTP/UDP/IPv4
FEC: SMPTE 2022-1 / Pro-MPEG CoP#3
Communication format: Unicast/multicast (IGMPv2)
TSP over IP: 42376
Buffer capacity for delay adjustment: 10 seconds
System delay: Standard 50 ms / min. 5 ms (depends on the offset value)
Error detection item (Can be enabled/disabled for each signal):
No signal
Packet loss (including illegal code error)
TR101 290 P1 / P2 (PMT 1-4 error detection for MPTS can be configured individually.)
NULL only error
CC / PID error details (Can be enabled/disabled for each signal) :
Automatically detected PID:PAT / PMT / VIDEO / AUDIO1 / AUDIO2 / AAC AUDIO1 / AAC AUDIO2 / DATA1 / DATA2
USER_PID:USER1_PID / USER2_PID / USER3_PID
Ethernet:
10BASE-T / 100BASE-TX / 1000BASE-T
Signal status monitoring / main unit setting / log viewer / file save function by dedicated GUI
SNMP monitoring / control by means of dedicated MIB files (SNMP v1 / v2c)
For maintenance (For firmware updates)
100 V AC to 240 V AC (hot-swappable redundant power supply)
30 W
5 to 40 deg. C / 41 to 104 deg. F
85% or less (no condensation)
1 RU
430 x 450 x 44mm / 16.93 x 17.72 x 1.73"
Approx. 7kg / 15.43lbs
Clean Switching Over IP
Increasing IP circuit reliability
Standalone ASI/TS over IP changeover in a 1U enclosure. Monitors TS-level IP signals in redundant input and instantly switches ports if errors occur, enabling seamless output without disruptions. IP-based changeover for monitoring redundant TSoIP signals from multicast TS-level encoder transmissions and seamlessly switching ports if errors occur. To prevent transmission path error, this changeover further increases the reliability of duplex transmission.
Seamless switching between outputs of the same encoder
When installed at the far end of a network link, the IPS-6200 seamlessly switches between redundant encoder TSoIP input used in multicast transmissions or the like. This supports completely seamless switching without video or audio disruption.
Auto and manual switching
When a signal error occurs, the IPS-6200 automatically switches to the other line. Manual switching and auto/manual assignment of each line are also possible. For example, the following assignment can be selected: Automatic switching from the current line to the reserve line and manual switching from the reserve line to the current line.
Delay adjustment function
The delay difference between different lines is absorbed quickly and both phase inputs are automatically aligned to achieve seamless switching that does not disrupt the output. The delay adjustment range is up to 10 seconds.
TS-level monitoring
TS-level error monitoring, already proven reliable in switching, is used for IP signals. Error monitoring goes beyond TR 101 290 guidelines to check for packet loss, null-only and other critical errors affecting signal quality. Error detection can also be enabled or disabled based on the type of signal. Set the PID error detection threshold as desired, in 1 ms increments. Up to four sets of multi-program signals are supported.
GUI-based remote control and monitoring
Ethernet interfaces enable a wide range of remote monitoring and control to suit many usage scenarios. The dedicated GUI can be used to make settings and graphically display error monitoring contents via Ethernet. An event log viewer, automatic CSV file generation and other functions are also provided to facilitate signal management requiring historical condition data. SNMP-based control, configuration and monitoring is also supported.
ASI and IP input both supported
Choose ASI or IP for each signal supplied. Enables mixed input, using IN 1 on the IP side and IN 2 on the ASI side, for example. Ideal for redundant ASI/satellite operation.