2022-10-21

CCCP – controller

Built for unmatched electron transfer

The C⁣C⁣D⁣ controller for counting photons

C⁣C⁣D⁣ & E⁣M⁣C⁣C⁣D⁣ new standard in low light imaging
Nüvü’s first strength is in the development of electronic controllers unlocking the full capacities of high-end C⁣C⁣D⁣ & E⁣M⁣C⁣C⁣D⁣ detectors for maximal performances in demanding low light applications both on earth and in space.

See CCCPs

CCCP – controller

Furthermore, with the vertical C⁣I⁣C⁣ down to negligible levels, the C⁣C⁣C⁣P⁣ enables using the camera entirely in the Inverted Mode of Operation (I⁣M⁣O⁣) for the reduced d⁣a⁣r⁣k⁣ ⁣c⁣u⁣r⁣r⁣e⁣n⁣t⁣ resulting in lower total background signal, even when using long exposure times. The C⁣C⁣C⁣P⁣ enables the readout of up to four outputs, but is also compatible with controller multiplexing, where up to four controllers can be synchronized for reading a maximum of 16 outputs.

Outstanding performances

  • Up to 30MHz pixel readout
  • Lower C⁣I⁣C⁣ with higher E⁣M⁣ ⁣G⁣a⁣i⁣n⁣
  • Full control over readout sequences
  • Up to 4 outputs
  • Higher charge transfer efficiency
  • Fully programmable FPGA (VHDL)

For experienced users

The C⁣C⁣C⁣P⁣ line of C⁣C⁣D⁣ and E⁣M⁣C⁣C⁣D⁣ controllers is available for experienced ultra low-light camera builders. To benefit from the C⁣C⁣C⁣P⁣ controller’s performance, one must consider all potential noise sources across the entire setup while building a customized camera.

The C⁣C⁣C⁣P⁣ allows complete control over the C⁣C⁣D⁣ clocks used for detector readout, enabling optimization  to a specific detector. This control over multi-level clocks is key to achieving minimal noise. Integrated saving and loading features allowing to quickly working with several personalized readout sequences for enhanced flexibility. Moreover, programming the clock signals is done through a user-friendly interface, making it simple to implement adjustments to your setup.

CCCP – controller

Features for more versatility

  • Synchronize 2 or more C⁣C⁣C⁣P⁣ for more outputs
  • Characterized on the following C⁣C⁣D⁣ & E⁣M⁣C⁣C⁣D⁣ sensors
    Teledyne-e2v CCD220
    Teledyne-e2v CCD282
    Teledyne-e2v CCD60
    Teledyne-e2v CCD97
    Teledyne-e2v CCD201
    Hamamatsu S10202-16-01 (4224 x 128 T⁣D⁣I⁣-C⁣C⁣D⁣ sensor)
CCCP – controller

Related publications

Read more on new researches and science enabled by this innovative controller.

Go to CCCP related publications
  • Support

    In addition to an intuitive user manual for the easy installation and use of our products, Nüvü Camēras offers international on-site training as well as complete consulting services. Our team’s passion is the development of the ultra low-light imaging field; as such, we provide a variety of services to efficiently minimize the delay between purchase and discoveries.

  • Warranty

    Nüvü Camēras is a Canadian company specialized in designing and manufacturing novel E⁣M⁣C⁣C⁣D⁣ cameras for fields where the drive for cutting edge instrumentation propels innovation. We improve imaging performance for a number of fields including biomedical research, astronomy, photonics and more. As such, our cameras benefit from extended warranty policies. Basic warranty is 2 years on all parts and labour (subject to the terms and conditions expressed in the respective products’ user manuals).

    Extended warranty options also available.

Darker EMCCD — Less noise

The darkest E⁣M⁣C⁣C⁣D⁣ cameras are manufactured by Nüvü Camēras. The secret? The C⁣C⁣D⁣ Controller for Counting Photons (C⁣C⁣C⁣P⁣), an innovative technology that virtually suppresses clock-induced charges (C⁣I⁣C⁣), and a cooling Peltier unit integrated into an ingenious packaging. The thermoelectrically cooled HNü camera operates between -60 and -90°C with outstanding precision to optimize C⁣I⁣C⁣ and d⁣a⁣r⁣k⁣ ⁣c⁣u⁣r⁣r⁣e⁣n⁣t⁣ to their ground level. The images below illustrate the accumulation of d⁣a⁣r⁣k⁣ ⁣c⁣u⁣r⁣r⁣e⁣n⁣t⁣ when the shutter is closed. The darker the image, the less noise is present.

Other EMCCD technology
With Nüvü Camēras' EMCCD technology
Acquisition conditions: -85 °C cooling, 10MHz readout speed, EM gain of 5000 for Nüvü Camēras, and 1000 for other EMCCD manufacturers.

No pixel leaking, superior image quality

At high readout speeds, the electron transfer from one potential well to the next may be incomplete, leaving a few charges behind. Consequently, the leftover electrons artificially increase the brightness of certain pixels, thereby diminishing the overall image quality with the addition of arbitrary blurry spots. However, Nüvü Camēras’ C⁣C⁣C⁣P⁣ preserves charge transfer efficiency (C⁣T⁣E⁣), even at low operating temperature and increased E⁣M⁣ ⁣g⁣a⁣i⁣n⁣, while decreasing C⁣I⁣C⁣, yielding highly superior image quality.

Other EMCCD technologies
Nüvü Camēras EMCCD technology
Acquisition conditions: -85 °C cooling, 10MHz readout speed, EM gain of 5000 for Nüvü Camēras, and 1000 for other EMCCDs.