HMedia s.r.l.

Lowers total cost of ownership - PESA’s Cheetah line of routing switchers combines the latest in robust technology with the flexibility required to future proof your investment in large-scale, multi-format, and expandable routing needs. PESA continues to lead in signal routing with Cheetah’s ability to offer the widest range of frames and card configurations. Designed to support high-quality routing 24/7, Cheetah routing switchers are well suited for government, military, broadcast, mobile, telco, and corporate applications where large numbers of signals need to be switched. Cheetah provides high-quality signal routing with matrix sizes 64X64 up to 1024X1024.

PESA’s Jaguar-3 64X64 matrix switcher routes SMPTE and ITU standard serial digital video signals; plus it supports embedded audio and other ancillary data required for HD-SDI and DVI/ASI broadcast sources. For digital cinema high definition video distribution requirements, the Jaguar-3 can be configured to switch SMPTE 372M dual-link HD-SDI in configurations up to 32X32. Jaguar-3 is perfect for SD-SDI, HD-SDI, and 3G-SDI switching applications in digital cinema, telemedicine, O&P, high end presentation rooms, satellite imaging, military command centers, and simulation/visualization environments.

Cougar-3

PESA’s Cougar-3 32X32 matrix switcher routes all SMPTE and ITU
standard serial digital video signals; plus it supports embedded audio and other ancillary data required for HD-SDI and DVI/ASI broadcast sources.
For Digital Cinema high definition video distribution requirements, the Cougar-3 can be configured to switch SMPTE 372M dual-link HD-SDI in configurations up to 16X16. Cougar-3 is perfect for SD-SDI, HD-SDI, and 3G-SDI switching applications in digital cinema, telemedicine, O&P, high end presentation rooms, satellite imaging, military command centers, and simulation/visualization environments.
Although small in size – it occupies only 1RU of rack space, Cougar-3 is big on performance - supporting standard data rates from 143Mbps up to 3Gbps, and video transports up to 1080p/60. All inputs are autoequalized; and with standard SMPTE formatted outputs, each signal is auto-sensed and re-clocked to the appropriate transport stream. Signals can be re-clocked up to 80m for 1080p/60. For non-standard formats, re-clocking circuitry can be set to by-pass mode.

PESA’s Ocelot modular routing switcher family offers a wide range of small matrix routers for virtually any application. Every Ocelot is built using modules with self-contained I/O connectors and matrix boards for a specific signal type and matrix size. These modules, in various quantities, are installed in a standard 1RU rack frame that supplies power and control functions to each module. Each Ocelot rack frame provides seven module slots on the rear panel. Six are available for matrix modules and the seventh is always used for a power and control module. The modular approach allows Ocelot routers to be configured in a wide variety of signal format and matrix size combinations.

PESA’s Quadbox Series transport media converter modules provide a full line of versatile, low cost copper (coax) to fiber, or fiber to copper converters for SDI signals; some models include signal routing capability in addition to media conversion.  Quadbox offers easy solutions for transport media conversion applications or signal extension over fiber, up to 10kM.  Modules are available with up to four independent conversion channels for SD, HD or 3G-SDI signals, compliant with SMPTE 259M, 292M, 372M and 424M, utilizing a dedicated 2.97 Gbps optical transport per fiber port.

With our award winning Cheetah DRS Series Router, PESA truly raises the bar for distributed routing systems. DRS is a full-featured 24 bit, 96 kHz routing system for audio and time code signals in a series of single rack unit frames. A true distributed routing system, DRS uses high-speed multiplexing technology for signal distribution, rather than a crosspoint matrix array. Each 1RU I/O frame provides 128 signal ports and can be located virtually anywhere in your facility. Systems are scalable from 64X64 up to 2048X2048. Most system interconnections are made using common CAT5E cable and standard RJ-45 connectors; and in most configurations, full redundancy of every link in the router system is possible.