Creamware Pulsar 2 Drivers Download

Alberas kamiu svetimas pdf. The SCOPE Fusion Platform system in use. Here, a sequence in Nuendo is triggering three Inferno synths and an EDS8i drum synth, with their outputs being routed into an SM2448 mixer with the output from Gigastudio. There isn't another system on the planet that makes this possible. Creamware's SCOPE Fusion Platform is a powerful and flexible PC and Mac-based music-production system that's often overlooked by computer-based musicians. We take a detailed look at the system and investigate what you might be missing.

Nov 20, 2016 - Sonic Core SCOPE on Windows 10 (Pulsar I, Pulsar II, Luna, SCOPE). Interface/ audio card from Sonic Core (formally known as Creamware). I did several tests and finally I could install Sonic Core SCOPE PCI on my.

In 2002, Creamware, a company based in an old radio telescope in Sieburg, Germany, celebrated its 10th anniversary — but despite this longevity, Creamware's product line remains a mystery to many musicians, especially in the UK. While most computer-based musicians will be familiar with the name Creamware, relatively few know exactly what its product line offers — a situation that hasn't always been helped by Creamware's often confusingly similar products and bewildering array of options (you can find an attempt to explain these in the 'Meet The Family' box). Indeed, when we interviewed top film composer Hans Zimmer recently, he described Creamware products as his secret weapon, 'which nobody seems to know about'. Creamware SCOPE Fusion Platform pros • Incredibly flexible routing system, with excellent driver support and integration with host-based applications.

• The best-sounding virtual synths available for any computer-based system. • Backwardly compatible and expandable, compared with other manufacturers whose new systems require the old ones to be replaced. Cons • There are better alternatives to some of the SFP's effects and samplers. • The cost of the higher-end systems might be prohibitive for some. • The SFP will leave you with a bad case of DSP lust. Summary If you've reached the limits of host-based processing, Creamware's SCOPE Fusion Platform provides new avenues of exploration, with unparalleled flexibility, incredible synths and much more. Once you've had an SFP card in your computer, I think it's unlikely you'll ever want to be without one again.

At the heart of Creamware's product line is the SCOPE Fusion Platform (SFP), which consists of hardware featuring audio and MIDI I/O, and a varying number of Analog Devices SHARC Digital Signal Processor (DSP) chips that can be programmed from a software front-end running on an ordinary Mac or Windows computer. Although the user interface is powered by the host computer, much like a DSP-based Pro Tools system, all of the signal processing is handled by the DSP processors on the SFP's hardware, which currently takes the form of a family of PCI cards, and is soon to be joined by Noah, an external device that can also run in a stand-alone mode without a computer. As you can probably guess, all manner of mixers, effects and instruments have been developed for the SFP, both by Creamware and third parties, although it's important to point out the obvious: the code used to run SFP software is specially written for the SHARC DSPs, meaning the SFP won't be able to run software written to run on your computer's Intel or Motorola host processor. However, this isn't a problem, as one of the strengths of Creamware's SFP is the way it can integrate with your current music software and run all your host-based instruments and effects alongside the DSP-based SCOPE software. For this review, we were initially sent one of the low-end Luna II cards. Later, we received a Power Pulsar Z-Link system running version 3.1c of the SFP with all the optional software that Creamware currently have available.

As you'll see from that 'Meet The Family' box, the only difference between the Power Pulsar with all optional software and the premium SCOPE/SP product is the Sync Plate, for word clock and ADAT 9-pin sync connections. We were also sent an A16 Ultra, Creamware's high-end 16-channel A-D and D-A converter, which connects via two Z-Link connections to the card you're using (for more on the A16, see the box on page 106). Z-Link is a Creamware proprietary protocol that uses a Firewire-based connection to send and receive eight channels of audio at a 24-bit resolution and 96kHz sampling rate. Finally, I was able to press my old 1999-vintage Pulsar I card into service during the review as well (see the 'Please Sir' box elsewhere in this article). Installing Power Pulsar was a piece of cake, although I think it's safe to say that when it comes to full-length PCI cards, Creamware's 15-chip Power Pulsar and SCOPE/SP cards take the definition to new extremes. You'll need to make sure you have a standard ATX-sized case with a clear run to the back on one of the lower PCI slots to install the larger card.