TRP-SDN4 Cables TRP-SMS8 I/O Modules GIGEXD Power One Way Transfer | |
I/O Modules
Modules comprise the I/O interface for ICE PCI cards and rumeL signal
transformation systems. I/O modules interface to electrical as well as
industry standard signal types and convert these signals to digital signals for
acquisition/playback to/from computer systems. Examples of the electrical
and industry standard signals are Differential TTL, Gigabit Ethernet Fiber,
Sonet Fiber, Analog, etc.

rumeL I/O Modules
RI(ICE)-LBD2DR1
L-Band Receiver/ Base Band Converter For Use With PIC5 or PIC6
 | Input 900MHz to 2200 MHz
 | Input VGA For 80dB of Gain, (Input -77dBm to 10 dBm) |
 | Output 1MHz to 65MHz Bandwidth |
 | Uses Analog Devices AD9640 Complex A/D
Converter For 14 Bit Complex Samples |
 | Multiple Clock Source-VCO Driven By 10Mhz External Reference or
10MHz Ref or On-board |
 | External Connector For 1-ppS TTL Input-Stored In Bit 0 Of 16 Bit Word (14
Bit Data MSB Aligned) |
 | For Use With ICE-PIC5/PIC6 Series Of Cards or GIGEXD |
 | Cost: $2750-In Production |
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RI(ICE)-FLZRXDR1
400/800/1600 MBits/Sec Fiber Optic Module For Use With PIC6 or PIC5(**See Note)
 | 6 Channel Fiber Optic Data Interface Module
 | Bi-Directional Rx or Tx Operations |
 | 400/800/1600/3200 Fiber Optic Data Rates |
 | This is a dual site module. |
 | Cost:$7000-In Production |
 | **Note-Use With PIC5 Limits Optical Interface To Only 4 Ports At 800 or 2
Ports At 1600 MBits/Sec |
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RI(ICE)-A2DR4
Analog to Digital Converter Module
RI(ICE)-A2DR5
Analog to Digital Converter Module
 | Uses One Analog Devices AD9432 |
 | 12-bit 105 MSPS A/D Converter With Sampling
Range Of 1 MSPS To 105 MSPS |
 | Jumper Selectable DC or AC Coupling 1Vp-p, 50 Ohm Terminated |
 | SMB Connector For External Clock Reference Derived Via A Comparator-AC
coupled 1Vp-p. |
 | Oscillator Socket For User Supplied Clock, Jumper Selectable With External
Comparator Clock. |
 | Cost: $750-In Production |
RI(ICE)-A2DR6
8 Bit A/D Module
 | Uses Analog Devices AD9054 |
 | 8-bit 200 MSPS A/D Converter 1Vp-p
Analog Input Range |
 | External clock derived via a comparator-AC coupled 1Vp-p. |
 | Oscillator Socket: For User Supplied Clock, Jumper Selectable With
External Comparator Clock |
 | Data Output As Two "Married" 8 Bit Samples At 1/2 Sampling
Frequency |
 | Cost: $750-In Production |
RI(ICE)-A2DR7 14 Bit A/D Module
 | Uses Analog Devices AD6645 |
 | 14-bit 105 MSPS A/D Converter 1Vp-p
Analog Input Range |
 | Jumper Selectable AC or DC Coupled Analog Input |
 | External clock derived via a comparator-AC coupled 1Vp-p. |
 | Oscillator Socket: For User Supplied Clock, Jumper Selectable With
External Comparator Clock |
 | External Connector For 1-ppS TTL Input-Stored In Bit 0 Of 16 Bit Word (14 Bit
Data MSB Aligned) |
 | Over/Underflow Output On Data Bit 1 Of 16 Bit Word (14 Bit Data MSB
Aligned) |
 | Cost: $750-In Production |
RI(ICE)-A2DR8 14 Bit A/D Module
 | Uses Texas Instruments ADS5424 |
 | 14-bit 105 MSPS A/D Converter 1Vp-p
Analog Input Range |
 | Jumper Selectable AC or DC Coupled Analog Input |
 | External clock derived via a comparator-AC coupled 1Vp-p. |
 | Oscillator Socket: For User Supplied Clock, Jumper Selectable With
External Comparator Clock |
 | External Connector For 1-ppS TTL Input-Stored In Bit 0 Of 16 Bit Word (14
Bit Data MSB Aligned) |
 | Over/Underflow Output On Data Bit 1 Of 16 Bit Word (14 Bit Data MSB
Aligned) |
 | For Use With ICE-PIC5 PCI Cards ONLY (not compatible with PIC4 series) |
 | Cost: $750-In Production |
RI(ICE)-A2DR9
12 Bit A/D Module
 | Uses Texas Instruments ADS5444 A/D Converter
 | 13 Bit 250Mhz A/D
Converter |
 | AC Coupled, Up to 10X Variable Gain Input Stage-Ideal For Connecting To RF
Receivers |
 | External Connector For 1-ppS TTL Input-Stored In Bit 0 Of 16 Bit Word (14 Bit
Data MSB Aligned) |
 | Multiple Clock Source-Direct External Clock Drive Using 1Vp-p
Input Signal, User Supplied On Board 14 Pin Package Oscillator, Clock
Synthesizer From Ext. 10MHz Ref or On-board 10MHz Ref. |
 | For Use With ICE-PIC5 Series Of Cards |
 | Cost: $1000-In Production |
|
RI(ICE)-A2DR10
12 Bit A/D Module (Original 8 bit A2DR10 Module Replaced with this New Design)
 | Current NDA temporarily restricts rumeL, Inc from Listing Part
Number or Manufacturer
 | 12 Bit 500MHz A/D Converter |
 | AC Coupled 1Vp-p Max Input |
 | Multiple Clock Source-Direct External Clock Drive Using 1Vp-p
Input Signal, User Supplied On Board 14 Pin Package Oscillator, Clock
Synthesizer From Ext. 20MHz Ref or On-board 20MHz Ref. |
 | Requires No Extra Heat Sinking or Fans |
 | For Use With ICE-PIC5 Series Of Cards |
 | Cost: $1500-In Production |
|
RI(ICE)-A2DR11
8 Bit A/D Module
 | Uses National Semiconductor
ADC08D1500 A/D Converter
 | 8 Bit 1.5 GHz A/D Converter |
 | AC Coupled 1Vp-p Max Input, Analog Bandwidth 3dB Cutoff at 30Mhz &
1.8GHz |
 | 3 Clock Source Options |
 | (1) Direct External Clock Drive Using 1Vp-p
Input Signal |
 | (2) Clock Synthesizer From Ext. 10MHz Ref |
 | (3) Clock Synthesizer From On-board 10MHz Ref. |
 | Requires No Extra Heat Sinking or Fans |
 | For Use With ICE-PIC5X or PIC5E PCI Cards (PIC5X Limited To 500 MBytes/Sec,
PIC5E No Limitation-Full Rates) |
 | Dual Site Module-Uses Both I/O Ports Of ICE Hardware |
 | Cost: $3500-In Production |
|
RI(ICE)-D2A
Digital to Analog Converter Module ($750 In production)
 | One Analog Devices AD9754 14-bit
125MSPS D/A converter (AC coupled, 1Vp-p, 50ohm)
 | External (Jumper Selectable DC or AC coupled 1Vp-p), Internal 40Mhz/N, or
socketed crystal clock - software selectable.
 | On Board Potentiometer For Gain Control. |
 | Cost: $750-In Production |
| |
RI(ICE)-D2AR9
Digital to Analog Converter Module ($1000 In production)
 | Complement Of The RI(ICE)-A2DR9 And RI(ICE)-A2DR10
 | One Analog Devices AD9726 16-bit 400MSPS D/A converter (AC coupled, 1Vp-p, 50ohm) |
 | Multiple Clock Source-Direct External Clock Drive Using 1Vp-p
Input Signal, User Supplied On Board 14 Pin Package Oscillator, Clock
Synthesizer From Ext. 20MHz Ref or On-board 20MHz Ref. |
 | For Use On the ICE-PIC5 Series of Cards |
 | Note: ICE-PIC5 Capable Of 500MByte/Sec Throughput. D2AR9 Can
Be Used With 16 Bit Data Up To 250MHz Or Up To 400MHz With 8 Bit Data With
ICE-PIC5 500MByte/Sec Limit |
 | Cost: $1000-In Production |
|
RI(ICE)-TGSDDSxDR1
Network Interface Module-Supports 10GbE SDDS Protocol
 | Hooks directly to 10GbE fiber optic network. For data
acquisition/playback from/to a network at FULL 10GbE Rates. |
 | Supports Bidirectional Network communications in one module. |
 | Encapsulates UDP & IP protocols (stripped TCP/IP) in hardware. |
 | Supports ARP/RARP protocols for remote IP address receipt or user
definable IP addresses. |
 | Conforms to 10GbE standards. |
 | X-Midas/Nextmidas and C user interfaces. |
 | Copper Interface:
P/N ICE-TGSDDSXD-Cu
(When Commercially Available) |
 | 1310 nm Fiber Interface: P/N ICE-TGSDDSXD-1300nm |
 | 850 nm Fiber Interface: P/N
ICE-TGSDDSXD-850nm |
 | SFP Note: 1310nm Is Standard. At Time Of Order, Copper
or 810nm MUST Be Specified If Either Is Desired. |
 | Cost: $3500 (Prototypes Located At Customers For Testing, Production Sept.
2009) |
 | For Use With PIC6 Cards Only |
RI(ICE)-UDP/RI(ICE)-UDPR5
Network Interface Module-Supports SDDS Protocol
RI(ICE)-SONETR5
Sonet Interface Module For Use With PIC5 OR PIC4
 |
Sonet Interface Module For Use With PIC5 OR PIC4 |
 | Dual Site Module-Uses Both I/O Ports Of ICE Hardware/rumeL signal transformation systems. |
 | DUAL Bi-Directional, Interfaces To STM1, STM4, STM8, STM16,OC3, OC12, OC24, OC48 |
 | Output Interfaces To STM1, STM4, STM8, STM16, OC3, OC12, OC24, OC48, SDH Lines |
 | Accepts G.709 FEC OC48 Input |
 | Port 1 Provides STM1, STM4, STM8, STM16 BiDir Fiber Interface |
 | Port 2 Provides STM1, STM4, STM8, STM16 BiDir Fiber Interface |
 | INPUT-Port 1 is capable of realtime Demux of STM16 to User Selectable STM1, STM4, STM8 |
 | INPUT-Port 2 is capable of realtime Demux of STM16 to User Selectable STM1, STM4, STM8 |
 | OUTPUT-Port 1 is capable of "cloning" STM1, STM4, STM8 to STM16 |
 | OUTPUT-Port 2 is capable of "cloning" STM1, STM4, STM8, to STM16 |
 | Provides Bit Packing, Frame Alignment, and Descrambling/Scrambling |
 | Rx 1310nm or 1550nm, Tx at 1300nm |
 | Activating Rx Acquisition Provides For Feed Through To Tx Port Of Rx Data |
 | Raw Input of FEC OC48, OC48 Data or Use Demux Function |
 | Demux Operation Port 1: Software Selection Of Single STM1 Or STM4 From Raw STM16 Data Acquisition. |
 | Demux Operation Port 2: Software Selection Of Single STM1 Or STM4 From Raw STM16 Data Acquisition |
 | X-Midas/Nextmidas and C user interfaces. |
 | LowNoiseFloor Provides Systems Capable Of Input/Output Of Full STM16 or FEC STM16 Rates With Full Integration Of Hardware & Software. (Full "Turn-key" Solutions) |
 | Cost: $6500 (In Production ) |
 | Order P/N: RI(ICE)-SONETR5-P4 For Module With Interface To ICE PIC4T |
 | Order P/N: RI(ICE)-SONETR5-P5 For Module With Interface To ICE PIC5T |
RI(ICE)-SONETR4
Sonet Interface Module For Use With PIC5
 | Dual Site Module-Uses Both I/O Ports Of ICE Hardware/rumeL signal
transformation systems.
 | Bi-Directional, Interfaces To STM1, STM4, STM8, STM16, STM64, OC3, OC12, OC24, OC48, OC192 |
 | Output Interfaces To STM1, STM4, STM8, STM16, OC3, OC12, OC24,
OC48, OC192, SDH Lines |
 | Accepts G.709 FEC OC192 Input and G.709 FEC OC48 Input |
 | Port 1 Provides STM64 BiDir Fiber Interface |
 | Port 2 Provides STM1, STM4, STM8, STM16 BiDir Fiber Interface |
 | INPUT-Port 1 is capable of realtime Demux of STM64 to User Selectable STM1,STM4,STM8,STM16 |
 | INPUT-Port 2 is capable of realtime Demux of STM16 to User Selectable STM1, STM4, STM8 |
 | OUTPUT-Port 1 is capable of "cloning" STM1, STM4, STM16 to STM64 |
 | OUTPUT-Port 2 is capable of "cloning" STM1, STM4, STM8, to STM16 |
 | Provides Bit Packing, Frame Alignment, and Descrambling/Scrambling |
 | Rx 1310nm or 1550nm, Tx at 1300nm |
 | Activating Rx Acquisition Provides For Feed Through To Tx Port Of Rx Data |
 | Raw Input of FEC OC48, OC48 Data or Use Demux Function |
 | Raw Input of FEC OC192, 192 With Demux Function |
 | Demux Operation Port 1: Software Selection Of Single STM1, STM4, or STM16
From FEC OC192 or OC192. |
 | Demux Operation Port 2: Software Selection Of Single STM1 Or STM4 From Raw
STM16 Data Acquisition |
 | X-Midas/Nextmidas and C user interfaces. |
 | LowNoiseFloor Provides Systems Capable Of Input/Output Of Full STM16 Rates
With Full Integration Of Hardware & Software. (Full "Turn-key"
Solutions) |
 | Cost: $6500 (In Production ) |
|
RI(ICE)-SONETR2
Sonet Interface Module
 | Dual Site Module-Uses Both I/O Ports Of ICE Hardware/rumeL signal
transformation systems.
 | Supports 2488.32, 1244.16, 622.08, or 155.52 MHz Line Rates |
 | Bi-Directional, Interfaces To STM1, STM4, STM8, STM16, OC3, OC12, OC24,
OC48, SDH Lines
 | Provides Bit Packing, Frame Alignment, and Descrambling/Scrambling |
 | Rx 1300nM, Tx at 1300nM |
 | Activating Rx Acquisition Provides For Feed Through To Tx Port Of Rx Data |
 | Raw Input of STM16 Data or Use Demux Function |
 | Demux Operation: Software Selection Of Single STM1 Or STM4 From Raw
STM16 Data Acquisition |
 | Realtime Hardware Demux: Allows the user to select 1 STM1 or STM4 from a
STM4, STM8, or STM16 signal on port B and in realtime via a hardware muxing
and clock recovery scheme play the STM1 or STM4 out port A. In effect
providing a realtime data demux to STM1 or STM4 equipment that cannot handle
the throughput/rates of a STM4, STM8, or STM16 signal. |
 | X-Midas/Nextmidas and C user interfaces. |
 | Cost: $3500 (In Production ) |
| |
RI(ICE)-SONET
Sonet Interface Module
 | Operates at 155Mb/S or 622 Mb/S Fiber Line Rates
 | Bi-Directional, Interfaces To STM1, STM4, OC3, OC12, SDH Lines
 | Provides Bit Packing, Frame Alignment, and Descrambling |
 | X-Midas/Nextmidas and C user interfaces. |
 | Cost: $1500 (In Production ) |
| |
RI(ICE)-D2T
Differential TTL Output Module
 | One 16-bit RS422/RS485 Standard TTL to Differential TTL converter |
 | Cost: $250-In Production |
RI(ICE)-PE2D 16 Bit Input Differential PECL To Standard TTL
Converter
 | 5V Differential Positive ECL Input Via 100K Interface Logic |
 | Interfaces To Standard 40 Pin I/O Cables And Transition Panels |
 | Cost: $250-In Production |
RI(ICE)-LV2D/RI(ICE)-LV2DR5 16 Bit Input LVDS To Standard TTL
Converter
 | Works When Driven By 5V or 3.3V Powered Drivers |
 | Interfaces To Standard 40 Pin I/O Cables And Transition Panels |
 | Part Number RI(ICE)-LV2D For
ICE-PIC4 Series Of Cards |
 | Part Number RI(ICE)-LV2DR5 For ICE-PIC5 Series Of Cards |
 | Cost: $250-In Production |
RI(ICE)-D2LV/RI(ICE)-D2LVR5 16 Bit Output TTL To Standard LVDS Converter
RI(ICE)-SerialR1
100MHz Byte to 800MHz Serial Converter Module

ICE I/O Modules
These products are Innovative Computer Engineering's IO Modules. These
modules provide a physical layer interface for the ICE line of PCI acquisition
cards and the rumeL line of acquisition boxes. They are listed here for
convenience. Sales for these modules may be placed either with ICE
or with rumeL.
ICE-E2D
Differential ECL Input Module ($250 In production)
 | One 16-bit F100K Differential ECL to Standard TTL converter |
ICE-D2E
Differential ECL Output Module ($250 In production)
 | One 16-bit Standard TTL to F100K Differential ECL converter |
ICE-T2D
Differential TTL Input Module ($250 In production)
 | One 16-bit RS422/RS485 Differential TTL to Standard TTL converter
 | Algorithms for handling port as 8 independent clock/data pairs |
|
ICE-CXD
Communications Input/Output Module ($500 In production)
 | One ITU G.703 Compliant 75 Ohm BNC Input for (E3/E2/E1 software
selectable)
 | One ITU G.703 Compliant 75 Ohm BNC Output for (E3/E2/E1 software
selectable)
 | Allowable I/O modes: E3in/out, E2in/out, E1in/out, E3in/E1out, E2in/E1out
 | ICE Altera IOC code supports AMI, HDB3, BZ3S, or BZ8S encoding/decoding
 | ICE Altera IOC code available for E3->E1, E2->E1 demultiplexing |
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ICE-UXD
User I/O Module ($100 In Production)
 | Breadboard (0.1" grid) with module site TTL interface, mounting
screws, 5V power and ground
 | Layout accepts 4 SMB Coaxial connectors or one 16 pin ribbon cable |
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