• AutoSelect (Win 98 only)
    When using only one input AutoSelect will find the used input automatically. As long as no valid input signal appears (No Lock) the card switches every 0.5 s to the next input and looks for an input signal. AutoSelect stops when it finds a valid signal and starts again when losing it.
     
  • AutoSync
    With AutoSync activated Project Hammerfall continuously searches for a valid input signal to lock on to. So starting a recording on-the-fly is possible (as well as anytime during playback, thanks to Full Duplex) without first having to synchronize the card to the input signal. When using more than one card synchronizing is easy, just spread an input signal to all inputs. Vari-speed is operational over the whole supported sample rate range.
     
  • Bitclock PLL
    The Hammerfall series always uses RME's bitclock PLL (already in its second generation, with improved HF noise suppression), whether it is synchronized via Optical In or via word clock. Thanks to the high resolution, this remarkable circuit is capable of following the entire range of an ADAT recorder's Varipitch without losing a single sample. Compare this with the much coarser wordclock PLL, where any rapid changes in sample frequency can cause several false reads, before the next impulse finally arrives, letting the PLL track the current sample frequency. This behavior leads to dropouts and clicks.
     
  • Enhanced ZLM®
    The direct pass through of digital data requires the input and output to carry the same AND synchronous sample frequency. In most cases a monitoring is only possible in clock mode slave (AutoSync.) Enhanced ZLM® removes those restrictions and allows a monitoring of the input signal completely independent from the clock mode.
     
  • Hi-Performance
    Normally the designer of hardware does not have any influence in the functions of his product, because all features are the result of the chips used. This is not only true for several features, but also for the data format between the hardware, the PC and the software. Usually a large driver is needed to correct, map or translate all these things. But all actions of the driver are also actions of the CPU, ending in a high system load. Project Hammerfall is different. Using ASIO the card does not use ANY CPU commands, the complete data transfer is done by the card and the PCI bus. Project Hammerfall is made out of a FPGA, programmed especially for this task.
     
  • Latency Fast Change
    RME's ASIO drivers have become reference. They were the first and only (beginning with the Hammerfall, followed by the DIGI96 series) to allow a change of the latency while under operation (on the fly.) No manual reset, no re-boot - simply continue when using Cubase.
     
  • SuperFast
    As a PCI busmaster card Project Hammerfall not only works in 32 bit mode. The hardware uses the memory of the PC or Mac as transfer buffer for the audio data. Nothing else can be faster! Instead of being snagged with slow DMA transfer, slow multiple 16 bit transfers using I/O addresses or non-linear memory transfer Project Hammerfall transfers the data on its own between hardware and application software using the fastest PCI-bursts. The effective CPU load when using ASIO is zero.
     
  • SyncAlign®
    SyncAlign includes several methods and techniques to guarantee absolute data alignment with regard to time and channels. No RME digital audio card will ever swap channels, not in stereo nor in multi channel mode, regardless what you do with the card and the signals it gets. SyncAlign also controls the timing among the channels, no matter how much are used, they will always start sample-aligned. When the record while play mode is activated, the corresponding software first starts record and then playback (or playback then record.) SyncAlign can compensate the time difference so that an exact simultaneous start of record and playback in the record while play mode is guaranteed. In asynchronous mode (different programs use different stereo devices of one card) this part of SyncAlign is automatically deactivated.
     
  • SyncCheck®
    When working with several digital sources it is not only necessary that these are all properly locked, they also have to be totally synchronized. Else drop outs and crackling occurs. RME's exclusive SyncCheck checks all input signals. In clock mode Master the synchronous operation to the internal clock is checked. This outstanding and unique technology helps to find errors immediately. The actual state of each input is displayed in the settings dialog.
     
  • Zero Latency Monitoring (ZLM®)
    ZLM brings real tape machine feeling to the PC. Each cassette recorder and tape machine passes the input signal of the track in record to the output when record starts. On the PC such a kind of track dependent pass through wasn't available. Often all channels are put in monitoring or pass through mode all together. Or the monitoring is handled by the software, resulting in a big delay (latency) between the signal at the input and the output. After all the pass through mode is activated at record, not at Punch-in. ZLM now solves all these problems with a simple technique. At Punch-in the corresponding track is switched into bypass directly in the hardware, at Punch-out it switches back to playback. Thus the PC behaves exactly like a 'normal' tape machine. ZLM is already available with SEK'D's Samplitude and Sequoia, and SAWStudio. It is included as ASIO Direct Monitoring in ASIO 2.0.

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