[[File:Sync_front_panel_profiled_800x374.png|thumb|240px|Front Panel]]
[[File:Sync_rear_panel_closeup_800x355.png|thumb|240px|Rear Panel]]
<div class="description synchronice">
<span>Four-Channel Distribution of TTL and Analog</span>
</div>
The second generation SynchronICE 200 Series is functionally similar to the original [[SynchronICE]], with the addition of a redundant 1+1 power supply and extended ordering options.
__TOC__
{{pagebreak}}
== Features ==
* 4 channels of distribution:
** Dual 1:8 logic TTL channels
** Dual 1:8 analog channels
* Optional embedded low phase noise oscillator (See [[#Optional_Embedded_Low_Phase_Noise_Oscillator|Section 3]] for more information)
* Forward or reserve rack-mountable
* Redundant 1+1 power supply

== Specifications ==

=== Front View ===
{{Figure|Sync2-front-angle.png|Figure 1 – Front View of the SynchronICE-200 Chassis}}

=== Rear View ===
{{Figure|Sync2-rear-angle.png|Figure 2 ‐ Rear View of the SyncronICE-200 Chassis}}
{{pagebreak}}

=== LED Indicators ===
==== Base Model (shown) ====
The model ICE-CLKPPS-DST-200 has one Power LED indicator on the front of the chassis. This Power LED will illuminate green as soon as the chassis is turned on with the front power switch.

==== Models with Embedded Oscillator (not shown) ====
The model ICE-CLKPPS-DST-293 (and 210) have one Power LED indicator on the front of the chassis and an additional 10MHz reference lock LED on the front and back of the chassis. It typically takes 30-50 seconds for the embedded low-phase-noise reference oscillator to warm up, during which its oven (OCXO) achieves temperature, and it locks to an external 10 MHz reference. Both lock LEDs on the front and back of the chassis will illuminate green when the reference is locked. The warm-up time may be longer depending on ambient temperature at the installed location of the unit.

[[File:Synchronice-200-rt-corner.png|center]]

=== Channel 1 (CH1), Local Oscillator ===
====Base Model ====
'''Note:''' The reference lock LEDs, J01, and J02 are not populated in this model
{| class="wikitable" style="width: 100%"
|+ Table 1 - Base Model Channel 1: Electrical Characteristics
|-
| Input impedance
| 50 Ω
|-
| LO Input to Channel 1 '''(J10)'''
| One Set 1:8 Designated CH1 ('''J10''' series); Recommended 0 to +7 dBm input power
|-
| Output Level
| 1.2 dBm loss relative to input signal level on all 8 outputs '''J11–J18''' with recommended input level<br />'''Note:''' If input is exceeded, the unit will accept the input and output +9 dBm on all channels.
|-
| Input and Output Coupling
| AC Coupled
|-
| Skew between outputs
| < +/- 500ps
|-
| Connectors
| SMA Female
|}

====Models with Embedded Oscillator====
{{Figure|Sync2-ch1-chars.png|Figure 5 ‐ Channel 1 Characteristics}}

{| class="wikitable" style="width: 100%"
|+ Table 2 - Models with Embedded Oscillator Channel 1: Electrical Characteristics
|-
| LO Reference 10 MHz Input '''(J02)'''
| +10 dBm Maximum
|-
| Input impedance
| 50 Ω
|-
| 93 MHz Output '''(J01)'''
| +9 dBm typical ('''J01 – J10''' Jumpered by default)
|-
| Output impedance
| 50 Ω
|-
| Input and Output Coupling
| AC Coupled
|-
| LO Input to Channel 1 '''(J10)'''
| One Set 1:8 Designated CH1 ('''J10''' series); Recommended 0 to +7 dBm input power
|-
| Output Level
| Same as Input Level on all 8 outputs '''J11–J18'''.<br />'''Note:''' If input is exceeded, the unit will accept the input and output +9 dBm on all channels.
|-
| Skew between outputs
| < +/- 500ps
|-
| Connectors
| SMA Female
|}
{{pagebreak}}

=== Channel 2 (CH2), 10 MHz Distribution ===

{{Figure|Sync2-ch2-chars.png|Figure 6 ‐ Channel 2 Characteristics}}

{| class="wikitable" style="width: 100%"
|+ Table 3 - All Models Channel 2: Electrical Characteristics
|-
| 10 MHz Input
| -7 - +7 dBm is the expected input for 10 MHz reference distribution.<br />'''Note:''' If input is exceeded (> +7 dBm), the unit will accept the input and output +9 dBm on all channels.
|-
| 10 MHz Output
| One Set 1:8 Designated CH2 ('''J20''' series)
|-
| Output impedance
| 50 Ω
|-
| Output Level
| 1.2 dBm loss relative to input signal level on all 8 outputs '''J21-J28''' with expected input level of 0 to +7 dBm
|-
| Skew between outputs
| <+/- 500ps
|-
| Connectors
| SMA Female
|}

=== Channel 3 (CH3) and Channel 4 (CH4) DC/TTL ===

{{Figure|Sync2-ch3and4-chars.png|Figure 7 ‐ Channels 3 and 4 Characteristics}}

3.3V TTL Output Two Sets 1:8 Designated CH4 (J40 series) and CH3 (J30 series)

{| class="wikitable" style="width: 100%"
|+ Table 4 - All Models Channels 3-4: Electrical Characteristics
|-
| TTL Input
| 2.2-5.5VDC
|-
| Output impedance
| 50 Ω
|-
| Output Logic one:
| +3.3 Volts TTL (Threshold +2.0 Volts Minimum)
|-
| Output Logic zero:
| +0.0 Volts TTL (Threshold +0.8 Volts Maximum)
|-
| Rise Time:
| < 1.5 nsec
|-
| Fall Time:
| < 2 nsec
|-
| Skew between outputs:
| <+/- 500ps
|-
| Connectors:
| SMA Female
|}

<div class="note">'''Note:''' To obtain 16 TTL outputs it is acceptable to split (only once directly from the source TTL device) an 3.3V input TTL source and feed J30 and J40 with the output of the splitter. The logic decision thresholds will allow full TTL 0.0-+3.3 to be present all outputs (J31-J38/J41-J48).</div>

{{pagebreak}}

{| class="wikitable" style="width: 100%"
|+ Table 5 - Operating Conditions & Dimensions
|-
| Operating Temperature:
| 0°C to 50°C
|-
| Humidity:
| 0 to 95% non-condensing
|-
| Power Inrush:
| 150 Watts momentary
|-
| Power Consumption:
| 30-35 Watts typical
|-
| rowspan="3" | Dimensions:
| 1.75” Height
|-
| 16.75” Width (19” Rack Mountable)
|-
| 15” Depth (17” including Handles)
|-
| Weight
| 8 lbs. 12 oz.
|}

==Optional Embedded Low Phase Noise Oscillator==
An embedded low phase noise oscillator is included with some models (see [[#Models|Models]]).
The oscillator can be customized for a specific fixed frequency. Please contact ICE for further details.

=== Example Oscillator Fundamental Specifications ===
The specifications are based on the 93 MHz Oscillator
{| class="wikitable" style="width: 100%"
|+ Table 6 - 93 MHz Oscillator Specifications
|-
| Frequency
| colspan="2" | 93 MHz
|-
| rowspan="5" | Stability
| Output Phase Noise L(f)
| (Free-Running)
|-
| 100 Hz
| -120 dBc/Hz
|-
| 1 KHz
| -150 dBc/Hz
|-
| 10 KHz
| -170 dBc/Hz
|-
| 100 KHz
| -171 dBc/Hz
|-
| Aging
| colspan="2" | +/-1 1 x 10e-6 per year after 30 days operating, typical
|}

==Configurations==
===Models===
The embedded low phase noise oscillator can be customized to a specific fixed frequency. Please [[Contact|contact ICE]] for more details.
{| class="wikitable" width="100%"
|+ Table 7 - Models
|-
! Model No.
! Local Oscillator Frequency
|-
| ICE-CLKPPS-DST-000 (Base Model)
| None
|-
| ICE-CLKPPS-DST-010
| 10MHz
|-
| ICE-CLKPPS-DST-093
| 93MHz
|-
| ICE-CLKPPS-DST-XXX
| Please [[Contact|contact]] for an alternative frequency
|}
{{pagebreak}}

===Power Supply===
SynchronICE can be shipped with either an AC or DC power supply. The default configuration is an AC Supply. The power supply is cold swappable. The unit powers on immediately when the AC power cord is plugged into the chassis. This is the default configuration for infrastructure units that provide distribution of reference signals to down-stream devices.

==== AC Power Supply ====
{| class="wikitable" style="width: 100%"
|+ Table 8 - AC Power Supply Electrical Specifications
|-
| AC Input
| 100-240 V AC, 5.5-2.5A, 47-63 Hz
|-
| AC Ouput
| +12V, 10 Amps for Each Module
|-
| AC Wattage
| 120 Watts
|}
{{Figure|Sync2-rear.png|Figure 8 ‐ Hot Swap Power (rear view)}}

{{pagebreak}}

==== DC Power Supply ====
No longer provided.

=== Rack Mounting ===
* SynchronICE can either be front-mounted or reverse-mounted.
* The rack slides are produced by General Devices and are Chassis Trak Telescoping Slides part number C‐300‐S‐124‐RC CC3041‐00‐240.
* Any General Devices C‐300 series rack slides will work with any SyncronICE model.

====Forward Mounting====
The forward-mounting position is the default orientation when shipped:

{{Figure|sync-front-mount-holes_1033x135.png|Figure 10 ‐ Front Mounting Rack Slide Holes}}

====Reverse Mounting====
To change to reverse mount orientation follow the instructions below:

{{Figure|sync-reserve-mount-holes_1031x134.png|Figure 11 ‐ Reverse Mounting Rack Slide Holes}}

{{pagebreak}}

== Example Scenarios ==
=== Example Scenario of Channel 1 ===
Embedded LO distribution to 8 ICE-A2Dm14 Modules

{{Figure|Sync2-example-diagram.png|Figure 12 ‐ Maximum Clock Accuracy Scenario}}

=== Example Scenario of Channel 2 ===
The standard chassis has one 10 MHz input and eight 10 MHz output channels.

=== Example Scenario of Channels 3, 4 ===
These are both TTL logic channels. 1 PPS and DC IRIGB002 are typical distribution logics.

It is also possible to use the output of the [[ICE-PIC|ICE-PIC Card]] center sync port as an input to one of these channels with the 8 outputs going to down stream ICE-PIC Card center ports (slaves to the card from which the input pulse originates). When using this scenario, the port is no longer used for DC IRIGB, and NNTP time must now be used to determine the second.

== SynchronICE and SunchronICE-200 comparison ==

=== Previous SynchronICE 100 Series Models ===

[[File:Sync1-models.png]]

{| width=580px
| Model ICE-CLKPPS-DST-000
| 100 Series Base Model
|-
| Model ICE-CLKPPS-DST-010
| 100 Series with internal 10MHz Osc
|-
| Model ICE-CLKPPS-DST-093
| 100 Series with internal 93MHz Osc
|-
| Model ICE-CLKPPS-DST-XXX
| 100 Series with custom Osc
|}

=== New SynchronICE 200 Series Models ===

[[File:Sync2-models.png|950px]]

{| width=580px
| Model ICE-CLKPPS-DST-200
| 200 Series Base Model
|-
| Model ICE-CLKPPS-DST-210
| 200 Series with internal 10MHz Osc
|-
| Model ICE-CLKPPS-DST-293
| 200 Series with internal 93MHz Osc
|-
| Model ICE-CLKPPS-DST-2XX
| 200 Series with custom Osc
|}

'''The main update from the 100 series to the 200 series is the addition or a 1+1 redundant power supply and a power switch. All other functionality has been maintained.'''

== Disclaimers ==
The ICE-CLKPPS-DST 1U distribution chassis is designed with the specific intent of synchronizing multiple ICE-PIC Cards. It can also provide distribution of TTL signaling and analog sources. Example scenarios are shown above. We recommend testing of this unit to validate your operational scenarios.

All specifications are subject to change without notice. Your application and use scenario for this unit may alter the performance metrics.
{{pagebreak}}

== Warnings and Cautions ==

SMA connections J01, J02 are D-Stamped. Do not over-torque. We recommend first to finger tighten with the blue tool provided.

{{Figure|Sma_hand_tool_400x224.png|Figure 13 – Included Hand tightening SMA wrench|400px}}
Then we recommended purchasing the SMA Torque Wrench (shown here) to tighten the SMA connectors the remainder of the way down.

{{Figure|Sma_torque_wrench_800x178.png|Figure 14 – Recommended 4 Inch-pound precision torque wrench}}
4 Inch-Pounds of torque Part # 74 Z-0-0-79 / Ncm 45

45 N-cm = 3.982833 lb-in

74Z-0-0-79 Huber Suhner SMA Torque Wrench, .45Nm, 8mm/.315"

Part #: 419X416 Model #: 74Z-0-0-79

The Huber Suhner 74Z-0-0-79 steel SMA torque wrench is designed for use on SMA connectors. It has a torque of .45 Newton-meters (3.98 inch-pounds) and an opening of 8mm (.315"). Since the proper tightening torque ensures optimal performance over time, this break-over style torque wrench pivots when the torque setting is achieved, preventing over-torque conditions. Ergonomic styling makes the handling of this 4.5" long torque wrench easy.

== Status ==
{{Status|prod}}

[[Category:Appliances|05]]

2025-06-04T17:53:53Z

Mss: /* Documentation */

{{Gotoparent|Software}}
ICE Enterprises is currently working on NeXtMidas, a networked version of the Midas shell written in Java. It is compatible with the Midas macro language and can run X-Midas primitives as well as native commands written in Java or C. Native commands run on the host processor, DSPs, or FPGAs. NeXtMidas is the primary software development and test environment for ICE hardware.

* Languages: Java, HTML, Midas MACRO. Optional: C, FORTRAN.
* Platforms: JavaVM, OpenVMS, Digital UNIX, Solaris, Windows, Linux, and Mac OS X

''This software is not an ICE product.'' NeXtMidas is supported and maintained at [http://www.nextmidas.com/ www.nextmidas.com].

== Documentation ==
* [[NXM Help]]
* [[NXM Explain]]
* [[NXM License]]

[[Category:Index_pages]]

NXM License

2025-06-04T17:53:39Z

{{Gotoparent|NeXtMidas}}

<pre>
General License of NeXtMidas Software Packages

Copyright 1999-2025 Innovative Computer Engineering, Inc.
Phone (703) 934-4879 10302 Eaton Place, Suite 100
Fairfax, VA 22030

Anyone is permitted to copy and distribute verbatim copies of this
License document, but it may not be changed without the written
permission of Innovative Computer Engineering.

Introduction

NeXtMidas is a software product comprised of packages. The SYS package
defines the NeXtMidas framework. All other packages extend the framework
by providing additional functionality. The SYS/ICE/SPICE/IQ packages are
developed and maintained by Innovative Computer Engineering under IR&D funding.

This license is necessary to protect the investment and rights of Innovative
Computer Engineering and other contributors when NeXtMidas software is used,
modified, or distributed by parties other than Innovative Computer Engineering.

It is the intent of Innovative Computer Engineering that this software be made
available to others pursuant to the terms of this License. It is hoped and
expected that software contributions will be made in the future by multiple
companies and individuals. This license is intended to protect them by
requiring that their contributions be acknowledged and that any future
version of NeXtMidas using their contributions will be made available to
them and others on the same terms as the original.

In order to maintain an up-to-date version of NeXtMidas incorporating new
ideas, this License requires that any modifications or additions to the
NeXtMidas SYS/ICE packages be furnished to Innovative Computer Engineering
on the same terms as contained in this License.

This agreement does not necessarily apply to all packages that use the
NeXtMidas SYS/ICE packages as a framework (see Section 3). Each installed
package may have it's own Copyright and License restrictions as deemed
appropriate by the developer.

Specific Terms and Conditions

1. This License applies to any program or other work which contains a
notice placed by the copyright holder saying it is distributed under
the terms of the General License of NeXtMidas Software dated 1999.

The "Program", means NeXtMidas, and a "Work based on the Program" means any
derivative Work under copyright law: that is to say, a Work containing
the Program or a portion of it, either verbatim or with modifications
and/or translated into another language. (Hereinafter, translation is
included without limitation in the term modification.) Each licensee
is addressed as you.

This License permits only copying, running, distributing and modifying
the Program and Work based on the Program pursuant to the terms of this
License, and no other use or activity relating to the Program or Work
based on the Program is permitted.

2. You may copy and distribute verbatim copies of the Program's source
code as you receive it, in any medium, provided that you conspicuously
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this License and to the absence of any warranty; and give any other
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3. You may modify your copy or copies of the Program or any portion of it,
thus forming a Work based on the Program, and copy and distribute such
modifications or Work under the terms of Section 2 above, provided that
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a) You must cause the modified files to carry prominent notices
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LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO
OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS
BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.

14. This License does not permit any distribution or use not permitted by US
law or regulation, or any law or regulation of any country having
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Credit:
This License was modeled on the GNU General Public License of the
Free Software Foundation. Significant modifications were necessary,
however, to fit our particular circumstances.

</pre>

ICE Option Tree

2025-06-04T17:51:07Z

Mss:

{{Gotoparent|Software}}
This Midas software tree contains drivers, libraries, and primitives supporting the ICE line of [[DSP cards]]. The tree includes a test directory for building and running the libraries outside of the Midas environment. Drivers currently exist for Open VMS, Digital Unix, Linux, Windows-9X/2000/XP, Solaris, Silicon Graphics and Mac.

'''Note:''' Because the ICE software bundle contains more than just Midas-based software—including standalone capability—it is increasingly referred to as the ''ICE Toolkit.''
__TOC__
== Latest Release Summary ==
'''ICE Toolkit version 398''', the latest stable release, offers a
significant number of bug fixes and platform enhancements, including
the following:

* Web-kit interface to SNAPAPP
* Support for [[ICE-PIC8]], [[ICE-POD8]], and [[ICE-K8M]]
* Support for [[ICE-D2AWG-M3]]
* Support for raw network cards by SNAPPER
* Segmented archiving or TIVO recorder functionality
* Fixes performance issues in D2RF
* Fixes timecode issues with gapped data in segmented archiving
* Fixes no room for TC_PREC in header for archive files
* Fixes VITA-49 packet output mode

All users are encouraged to update ICE-PIC5/6/7/8-based systems to this release, especially those using Intel<sup><small>©</small></sup> Xeon<sup><small>©</small></sup> E5<ref>© Intel Corporation. All rights reserved.</ref> series processors, such as HP ProLiant DL 360p/380p Gen8<ref>© 2011-2012 Hewlett-Packard Development Company, L.P. All rights reserved.</ref> servers and Dell™ PowerEdge™ R720<ref>© 2013 Dell.</ref> servers, as it contains optimizations specifically for these platforms.


{{:ICEPOD Disclaimer}}

== Download ==

The ICE Toolkit version 398 is available from the '''[[Downloads]]''' page under '''stable/'''.

[[Category:ICE_Option_Tree]]

== Documentation ==
* [[ICE Help]]
* [[ICE Explain]]
* [[ICE License]]

== References ==
<references />

[[Category:Index_pages]]

2024-12-10T21:24:37Z

Mss:

<div class="description">PCI-Express Gen3 8-Lane Peripheral Interconnect Component Long Format</div>
The ICE-PIC8L is a long-format PCIe Gen3 host bus adapter (HBA) card supporting the ICE-K8M and ICE-A8M processor modules and a wide range of I/O modules.

== Features ==
* 3200+ MB/s bidirectional PCI-Express (PCIe) host bus interface, x8 (8-lane) physical slot interface (electrically compatible with x1, x4, and x8 PCIe slots)
* Two flexible I/O module sites (compatible with ICE-PIC6 and ICE-PIC7 series module sites)
* Dual processor module sites compatible with ICE-K8M and ICE-A8M

== Datasheet ==

[[File:Pdf_icon_22x22.png|middle|link=https://downloads.ice-online.com/datasheets/ice-pic8-datasheet-1.0.2.pdf]] [https://downloads.ice-online.com/datasheets/ice-pic8-datasheet-1.0.2.pdf ice-pic8-datasheet-1.0.2.pdf]

== See Also ==

* [[ICE-PIC8]] (regular format)

== Status ==
{{Status|prod}}

[[Category:DSP cards|48]]

ICE-PIC8S

2024-12-10T21:24:13Z

Mss:

<div class="description">PCI-Express Gen3 8-Lane Peripheral Interconnect Component - Short</div>

The [[ICE-PIC8S]] is a PCIe Gen3 host bus adapter (HBA) card supporting a wide range of [[I/O modules]].

== Features ==
* 3200+ MB/s bidirectional PCI-Express (PCIe) host bus interface, x8 (8-lane) physical slot interface (electrically compatible with x1, x4, and x8 PCIe slots)
* Two flexible I/O module sites (compatible with ICE-PIC6 and ICE-PIC7 series module sites)

== Datasheet ==

[[File:Pdf_icon_22x22.png|middle|link=http://downloads.ice-online.com/datasheets/ice-pic8-datasheet-1.0.2.pdf]] [http://downloads.ice-online.com/datasheets/ice-pic8-datasheet-1.0.2.pdf ice-pic8-datasheet-1.0.2.pdf]

== Disclaimers ==

Please take note of this important [[ICE Version Disclaimer]].

== See Also ==

* [[ICE-PIC8]]
* [[ICE-PIC8L]]

== Status ==
{{Status|prod}}

[[Category:DSP cards|49]]

File:Icepic9l.png

2024-12-10T21:22:40Z

Mss:

ICE-PIC9

2024-12-10T21:21:59Z

Mss: Created page with "<div class="description">PCI-Express Gen4 16-Lane Peripheral Interconnect Component</div> ICE-PIC9L The ICE-PIC9 is a PCIe Gen4 host bus adap..."

Welcome to ICE Enterprises

2024-10-16T19:44:08Z

Mss:

<div id="ice_news" class="gray_box">
<div class="box_title">ICE News</div>
{{:News}}
</div>
<div class="wiki_toc">
<div class="box_title">Contents</div>
<categorytree mode=all hideroot=off depth=0>Hardware</categorytree>
<categorytree mode=all hideroot=off depth=0>Software</categorytree>
<categorytree mode=all hideroot=off depth=0>Support</categorytree>
<categorytree mode=all hideroot=off depth=0>Corporate</categorytree>
[[Pricing]]
</div>
<div>
At [[About|ICE Enterprises]], we design and manufacture low-cost, high-performance computer solutions for digital signal processing applications. Our OEM solutions are used by corporations, research institutions, and government labs around the world to solve many of their most demanding data-acquisition and signal-processing problems. Our unique mix of experience, technical skills, and corporate agility allows us to meet the needs of a diverse customer base in the face of uncertain requirements and timelines.
[[About|More about ICE...]]

== Why ICE Products? ==

ICE products are used in thousands of systems around the globe. Our [[ICE-PIC8|data interface cards]] provide reliable, cost-effective data transfer at near-theoretical speeds on most computers. Our [[I/O_modules|input and output modules]] <span id="more-why-ice-products">provide a wealth of analog, digital, and optical interface options. Our [[Devices|portable devIces]] and [[Integrated_subsystems|rack-mount integrated subsystems]] give customers a turn-key solution to their recording, playback, and signal processing needs. Don't see quite what you need? [[Contact|Give us a call]]: we can often deliver a custom solution that meets or exceeds your requirements.</span>

== Coming Soon (Q1 2025) ==
<span style="font-weight: bold; font-size: 1.2em;">ICE-PIC9L with A9M processor module and ADX6 IO module</span>
{|
| style="vertical-align: top;" | [[File:PIC_9L_assembly_adx6.PNG|200px]]
|
* 9<sup>th</sup> Generation of high-performance PCIe cards from ICE
* 16 lane PCIe Gen4 with 32 GB/s (peak) bi-directional host interface
* Intel Agilex-7 FPGA with two banks of 64-bit DDR4 memory on A9M module
* 6 GSPS ADC, 12 GSPS DAC on ADX6 IO module (24 GB/s bi-directional)
* Capable of streaming two channels of 3.0 GHz bandwidth in and out
* Compatible with ICE-TRAY9 and ICE-PAC9 appliances

|}



</div>

__NOTOC__

Welcome to ICE Enterprises

2024-10-16T19:37:26Z

Mss:

<div id="ice_news" class="gray_box">
<div class="box_title">ICE News</div>
{{:News}}
</div>
<div class="wiki_toc">
<div class="box_title">Contents</div>
<categorytree mode=all hideroot=off depth=0>Hardware</categorytree>
<categorytree mode=all hideroot=off depth=0>Software</categorytree>
<categorytree mode=all hideroot=off depth=0>Support</categorytree>
<categorytree mode=all hideroot=off depth=0>Corporate</categorytree>
[[Pricing]]
</div>
<div>
At [[About|ICE Enterprises]], we design and manufacture low-cost, high-performance computer solutions for digital signal processing applications. Our OEM solutions are used by corporations, research institutions, and government labs around the world to solve many of their most demanding data-acquisition and signal-processing problems. Our unique mix of experience, technical skills, and corporate agility allows us to meet the needs of a diverse customer base in the face of uncertain requirements and timelines.
[[About|More about ICE...]]

== Why ICE Products? ==

ICE products are used in thousands of systems around the globe. Our [[ICE-PIC8|data interface cards]] provide reliable, cost-effective data transfer at near-theoretical speeds on most computers. Our [[I/O_modules|input and output modules]] <span id="more-why-ice-products">provide a wealth of analog, digital, and optical interface options. Our [[Devices|portable devIces]] and [[Integrated_subsystems|rack-mount integrated subsystems]] give customers a turn-key solution to their recording, playback, and signal processing needs. Don't see quite what you need? [[Contact|Give us a call]]: we can often deliver a custom solution that meets or exceeds your requirements.</span>

== Coming Soon (Q1 2025) ==
<span style="font-weight: bold; font-size: 1.2em;">ICE-PIC9L with A9M processor module and ADX6 IO module</span>
{|
| style="vertical-align: top;" | [[File:PIC_9L_assembly_adx6.PNG|200px]]
|
* 9<sup>th</sup> Generation of high-performance PCI cards from ICE
* 16 lane PCIe Gen4 with 32 GB/s (peak) bi-directional host interface
* Intel Agilex-7 FPGA with two banks of 64-bit DDR4 memory on A9M module
* 6 GSPS ADC, 12 GSPS DAC on ADX6 IO module (24 GB/s bi-directional)
* Capable of streaming two channels of 3.0 GHz bandwidth in and out
* Compatible with ICE-TRAY9 and ICE-PAC9 appliances

|}



</div>

__NOTOC__

File:PIC 9L assembly adx6.PNG

2024-10-16T18:49:53Z

Mss: Mss uploaded a new version of File:PIC 9L assembly adx6.PNG

File:PIC 9L assembly adx6.PNG

2024-10-16T18:44:44Z

Mss:

Pricing

2024-08-21T18:24:40Z

Mss:

The following is a list of ICE hardware products and their prices. ICE Enterprises, Inc., is the only manufacturer and the only distributor of ICE products. The [[ICE Option Tree|ICE Option Tree/Toolkit]] software is available for [[Downloads|download]].

If you are ready to purchase a product from ICE or you need more information, please [[Contact|'''contact us''']].

== Price List ==

[[File:Pdf_icon_22x22.png|middle|20px|link=https://downloads.ice-online.com/pricing/ICE-Price-List-20240821.pdf]] [https://downloads.ice-online.com/pricing/ICE-Price-List-20240821.pdf ICE-Price-List-20240821.pdf]
[[Category:Hardware]]