FoucsriteRedNetPCIeR

FoucsriteRedNetPCIeR Free Download

RedNetPCIeR consolidates very low inactivity with Ethernet overt repetitiveness, offering the ideal framework execution combined with outstanding reliability.

RedNetPCIeR joins incredibly low idleness with Ethernet overt repetitiveness, offering the ideal framework execution combined with extraordinary dependability. The card requires a standard PCIe space in a Windows or Mac PC and conveys up to 128 channels I/O under 3ms latency*. Double RJ45 Gigabit Ethernet connectors switch naturally as per network accessibility and connection the sound PC to the remainder of the organization.

Key Features and Performance

• Double Ethernet ports for full overt repetitiveness

• 128 diverts in and 128 channels out at 96kHz and beneath

• 64 diverts in and 64 channels out at 176.4kHz and 192kHz

• Viable with any Dante organization

• Up to 192 kHz test rate

• Under 3ms simple to-simple full circle dormancy through DAW with Focusrite RedNet A-D/D-A*

• ASIO and Core Audio drivers

• Thunderclap PCIe case viable

RedNet PCIe/PCIeR card

The RedNet PCIe/PCIeR (PCI Express) card is a discretionary equipment interface between the Ethernet network interconnecting the different I/O units in a RedNet framework and the host PC. When introduced in a 4-path (least) PCIe card opening in either a PC, Mac, or Thunderbolt frame, it permits up to 128 channels to be shipped off/from the DAW through its ready Ethernet/ports. A framework dormancy of under 3 ms is conceivable with the PCIe/PCIeR card, yet to accomplish this, we suggest utilizing a 16-path PCIe card space.

Framework inactivity will be subject to cradle size, test rate, and processor power in all cases. The PC into which the card is connected will require RedNet Control to be introduced. The Ethernet port/ports on the PCIe/PCIeR card should be associated with the organization through a Gigabit Ethernet switch. The host PC's local Ethernet port should be associated with one more port on this equivalent switch. In this course of action, the PCIe/PCIeR card's Ethernet port handles all the sound, and the local port handles the control information between RedNet Control and the far-off RedNet I/O units.

The RedNet PCIe/PCIeR card is a standard single-width PCIe card that will fit an unfilled card opening in a PC, Mac, or Thunderbolt body. The opening should be "4-path" slightest; however, 16-path is essential to execute the most extreme. Kindly check your PC's motherboard documentation, assuming you are uncertain of the opening detail. The PC or body controls 11 The RedNet PCIe/PCIeR card introduced. It adjusts to the PCIe card supply voltage standard, and give your PC's PSU is regularly working, you should encounter no power-related issues with any PC.

PCIeR card, this different organization association, is fundamental as RedNet PCIe/RedNetPCIeR doesn't pass control information. Utilize the provided formed IEC power cord(s) or DC power supply to interface the units to a good mains power source.

The most effective method to utilize RedNetPCIeR

RedNet can be 'facilitated' (i.e., upheld by your framework PC) either regardless of the RedNet PCIe/PCIeR card. Focusrite suggests utilizing the RedNet PCIe/PCIeR Card to get the best exhibition from your RedNet framework. Your framework will have the most reduced sound inertness conceivable with the card and support the most significant number of channels. See note underneath regarding utilization of RedNet with Pro Tools|HDTM frameworks. If you are not utilizing the RedNet PCIe/PCIeRCard, you can facilitate a RedNet framework on any viable PC with one Ethernet port using the Dante Virtual Soundcard.

This is a product application that can be downloaded from www.audinate.com. Kindly counsel the User Guide area "Utilizing Dante Virtual Soundcard." With the Dante Virtual Soundcard, framework execution and limit will be decreased contrasted with a framework utilizing the RedNet PCIe/PCIeR card. With Dante Virtual Soundcard, the framework channel included at the testing recurrence being used (the most significant number of sound channels accessible) is a large portion of that reachable with the RedNet PCIe/PCIeR card. In general, framework idleness will fluctuate with the determination of the host PC being used. Yet, as a rule, it will be like the inactivity experienced while utilizing Focusrite FireWire interfaces. This is probably going to be above and beyond in most circumstances.

Front Panel

1. AC Power switch

2. Tricolor LEDs demonstrating signal level at each A-D and D-A converter:

• • Green - signal level above - 42 dBFS

• • Yellow - a signal level above - 6 dBFS

• • Red - signal level is 0 dBFS (advanced cutting)

3. NETWORK status banners - two green LEDs affirming network status:

• • Associated - enlightens when the unit is associated with a functioning Ethernet organization

• • LOCKED - enlightens when a legitimate sync is gotten using the organization

4. Test RATE sign - five yellow LEDs; just one of these - 44.1 kHz, 48 kHz, 88.2 kHz, 96 kHz, and 192 kHz would be illuminated at a time to verify the example rate that the framework is running at.

5. LEVEL SETUP sign - two yellow LEDs; one of these will be enlightened to affirm the superficial reference level set for the unit, +24 dBu or +18 dBu.

Rear Panel

1. ANALOGUE INPUTS 1-8 - 25-pin female Dsub connector interfacing up to 8 simple sources to the RedNet framework. All sources of info are electronically adjusted

2. Analog OUTPUTS 1-8 - 25-pin female Dsub connector with eight simple results from the RedNet framework. All results are electronically adjusted.

3. ETHERNET - RJ45 network attachment. Utilize a standard CAT 6 link to associate this attachment to a neighborhood Ethernet change to interface the RedNet 1 to the RedNetorganization. The branch has necessary LEDs which enlighten to demonstrate an association with a functioning organization port and organization action.

4. AC mains - standard IEC repository for the association of AC mains. RedNet 1 has a 'Widespread' PSU, empowering it to work from any inventory voltages between 100 V

Building a RedNet framework

• Viable Mac or Windows PC - see page 8 for PC details

• RedNet I/O Interfaces as required

• By the same token: A RedNet PCIe/PCIeR Card

• Dante Virtual Soundcard programming

• Up to five (Pro Tools|HDTM) or six (Pro Tools|HDXTM) RedNet 5/RedNet HD32R HD Bridges

• The Gigabit Ethernet Switch - see page 8 for switch detail

• Ethernet links: One link between each RedNet interface and the switch, One connection between the host PC and the button, and If a RedNet PCIe/PCIeR card is being used, one further link between the card and the switch.

• RedNet Control programming RedNet Control programming can be downloaded from www.focusrite.com/downloads, having enrolled the item utilizing the codes on the Product Registration Card provided with each RedNet equipment thing. Occasionally, clients are prescribed to check to guarantee they have the most recent form and update if necessary.

Conclusion

RedNetPCIeR is a committed 128x128 Dante interface for Intel-based Mac* and Windows PCs. The 4x PCIe card works with ASIO or Core Audio applications. It highlights an important and optional Ethernet port to convey high channel counts at exceptionally low inertness with the most significant amount of unwavering quality.

RedNetPCIeR consolidates very low inertness with overt network repetitiveness, offering the ideal framework execution combined with excellent unwavering quality. The card requires a standard 4x PCIe space in a Windows or Mac PC and conveys up to 128 channels I/O with exceptionally low dormancy. Double RJ45 Gigabit Ethernet connectors switch consequently as per network accessibility and connection the sound PC to the remainder of the Dante sound over-IP organization.

*RedNet PCIe and PCIeR cards are not viable with Apple Silicon processors (or 'M1' frameworks).But in any way, they are viable with Intel-based Mac PCs. Kindly check the processor type before buying any new Mac frameworks assuming that you're anticipating utilizing the RedNet PCIe and PCIe cards.