Need a configuration beyond the standard catalog?
We offer custom photonic chip design, electronic chip and printed circuit board (PCB) design, electronic-photonic integration, as well as complete system design services. Our experienced team of engineers can provide you with high-quality, cost-effective solutions for all of your needs.
WHY GO CUSTOM?
Architecture Built To Be Adapted, Not Rebuilt
XPOW and XDAC systems are designed with modularity in mind. When standard configurations do not meet your requirements, we adapt proven platforms with different voltage ranges, channel counts, connectors, or software integrations.
Engineering Led Feasibility
Modular by Design
A Real Upgrade Path
Every request is reviewed directly by our engineering team to ensure the proposed specifications are practical and achievable for production.
Combine multiple units into one synchronized system with the channel capacity you need, all managed through a unified software interface.
Expand your system later with additional hardware modules or software upgrades without replacing the entire instrument.
WHY GO CUSTOM?
Architecture Built To Be Adapted, Not Rebuilt
XPOW and XDAC systems are designed with modularity in mind. When standard configurations do not meet your requirements, we adapt proven platforms with different voltage ranges, channel counts, connectors, or software integrations.
Engineering Led Feasibility
Every request is reviewed directly by our engineering team to ensure the proposed specifications are practical and achievable for production.
Modular by Design
Combine multiple units into one synchronized system with the channel capacity you need, all managed through a unified software interface.
A Real Upgrade Path
Expand your system later with additional hardware modules or software upgrades without replacing the entire instrument.
WHY GO CUSTOM?
Architecture Built To Be Adapted, Not Rebuilt
XPOW and XDAC systems are designed with modularity in mind. When standard configurations do not meet your requirements, we adapt proven platforms with different voltage ranges, channel counts, connectors, or software integrations.
Engineering Led Feasibility
Every request is reviewed directly by our engineering team to ensure the proposed specifications are practical and achievable for production.
Modular by Design
Combine multiple units into one synchronized system with the channel capacity you need, all managed through a unified software interface.
Expand your system later with additional hardware modules or software upgrades without replacing the entire instrument.
A Real Upgrade Path
Choose Your Channel Configuration
NICSLAB Hardware as a Service provides flexible access to advanced semiconductor testing equipment through a subscription model, including engineering support, maintenance, and future upgrades.
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8 Channels
40 Channels
120 Channels
SCALE
120 Channels
40 Channels
8 Channels
SCALE
Choose Your Channel Configuration
Each configuration represents a different level of validation, so we clearly distinguish what is currently produced, delivered, and measured.
CONFIGURATION | STANDARD OPTIONS | CUSTOMIZATION OPTIONS |
|---|---|---|
Channel Count | 8 / 40 / 120 channels | Higher channel counts through multi-unit or custom system configurations |
Output Range | Unipolar 0–36 V or Bipolar ±18 V | Custom voltage ranges based on application requirements |
Operating Mode | Constant Voltage (CV) or Constant Current and Voltage (CC/CV) | Pulse output, waveform generation, or application-specific control modes |
Slew Rate | Up to 4 V/µs | Adjustable based on target performance and application requirements |
Signal Type | Standard or differential | Differential configurations for selected applications |
Unit Connector | Male header or SMA | Custom connector and faceplate configurations |
Interface Adapter | Multiconnector M1–M7 | D-Sub, banana, FFC, IDC, SMA, or custom interface boards |
Isolation | Shared ground | Isolated architecture available based on system requirements |
Software | Basic or Premium | Custom Python control and application-specific software integration |
Communication | Ethernet or USB | Interface configuration matched to your system architecture |
These are the parameters customers most commonly customize, and several options can be combined within the same system.
WHAT CAN BE CUSTOMIZED?
Customization Options
MODULARITY IN ACTION
Customization Options
Battery simulation / BESS HIL
"We needed a 48-channel configuration for battery cell simulation, beyond the capacity of a single standard unit."
OUR SIMULATION
One XDAC-40MUB-DIFF-R4G8 combined with one XDAC-8MUB-DIFF-R4G8 gives 48 fully synchronized channels under a single software interface, with a clear upgrade path if the channel count grows later.
Large-scale MEMS array driver
"A research lab needed ±30 V bipolar operation, 80 to 200 channels, custom connectors, and precise pulse output."
OUR SIMULATION
Our engineering team evaluated the requirements, verified pulse width and independent channel operation, then prepared configuration options and estimates based on the required channel count.
Battery simulation / BESS HIL
"We needed a 48-channel configuration for battery cell simulation, beyond the capacity of a single standard unit."
OUR SIMULATION
One XDAC-40MUB-DIFF-R4G8 combined with one XDAC-8MUB-DIFF-R4G8 gives 48 fully synchronized channels under a single software interface, with a clear upgrade path if the channel count grows later.
Large-scale MEMS array driver
"A research lab needed ±30 V bipolar operation, 80 to 200 channels, custom connectors, and precise pulse output."
OUR SIMULATION
Our engineering team evaluated the requirements, verified pulse width and independent channel operation, then prepared configuration options and estimates based on the required channel count.
MODULARITY IN ACTION
Customization Options
MODULARITY IN ACTION