The Newton EMCCD is a cutting-edge platform designed for ultra-sensitive and ultrafast spectroscopy applications. This advanced device is equipped with Electron Multiplying (EM) technology that amplifies charge from each pixel on the sensor before readout, delivering single photon sensitivity. With a 1600 x 200 or 1600 x 400 array of 16 μm pixels, the Newton EMCCD is perfectly optimized for high-resolution spectroscopy, making it a preferred choice for researchers and professionals in the field.

One of the standout features of the Newton EMCCD is its thermoelectric cooling capability, which can reach temperatures as low as -100°C. This ensures negligible dark current, thus enhancing the overall performance of the device without the need for inconvenient liquid nitrogen cooling. The platform also boasts a high-speed 3MHz readout and USB 2.0 plug-and-play connectivity, facilitating seamless integration and operation with a variety of setups, including the USB-based Shamrock spectrograph family.

The Newton EMCCD is designed with dual output amplifiers that offer the flexibility to switch between conventional High Sensitivity and Electron Multiplying outputs via software. This adaptability allows the device to cater to a wide range of photon regime conditions, making it ideal for ultrafast chemical mapping applications such as Surface Enhanced Raman Scattering (SERS), Tip Enhanced Raman Scattering (TERS), or luminescence mapping. Its robust construction and innovative design make it a market leader in spectroscopic applications, delivering unrivaled performance and reliability.