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How to Choose Raman Filters for Drug Identification
Raman spectroscopy is a key technique in the profiling and quality control of pharmecuticals.1-3 As every chemical compound has a unique spectral ‘fingerprint’, Raman spectroscopy can be used to perform qualitative and quantitative analysis of both liquid and solid...
CIOE 2024
The 25th China International Optoelectronic Exposition (CIOE) will be held from September 11 to 13, 2024, at the Shenzhen World Exhibition and Convention Center.
Mr. Xiaolun Zeng and Mr. Yongbao Xin will be there to discuss clients’ potential needs for Telecom filters
How Requirements for Satcom Filters Differ from Terrestrial Fiber Networks
Satellite communications (satcom) plays an essential role in global communications1 and with an ever-increasing number of satellite networks present, satcom is likely to be responsible for greater percentages of the world’s data transmission requirements.2 The nature...
Datacom Filters for Transmitting the Entire O- C- or L-Band
The age of ‘Big Data’ and the power of real-time data analytics means organizations are increasingly turning to enterprise networks to handle the need for ever increasing capacity of low latency, secure and stable connectivity.1 An important part of any datacom system...
How to Choose a Raman Filter For Drug ID And Characterization
Precise use of filters gives Raman spectroscopy fantastic utility not only in drug identification and inspection but also the detection of explosives and unknown substances, materials inspection by U.S. Customs and port authorities, and food safety inspection. To learn more about choosing the right optical filter(s) for your drug ID applications, click to read the full article, contact the author or visit our website.
Exploring Optical Design Differences Between Conventional and Handheld Raman
Exploring Optical Design Differences Between Conventional and Handheld Raman Raman spectroscopy is a sophisticated chemical identification method that fingerprints samples according to molecular vibrational modes. These are detectable as a wavelength shift of...
Exploring the Emerging Applications of Optical Interconnects
Our planet is connected by communications technology. Right now, around 66.2% of people worldwide use the internet. To account for the ever-increasing demands of the industry, we need more and more efficient technologies. Optical interconnects fit that bill. Read on...
What are Channel Skip Filters?
In optical communications, there is a demand for high-capacity transmission systems. This has led to the creation of sophisticated technologies, like Wavelength Division Multiplexing (WDM). WDM stands out as a pivotal strategy, enabling the simultaneous transmission...
Photonics West 2024 – Emerging Applications for Optical Filters
In this short video from Iridian’s booth on the exhibition floor at Photonics West 2024, Jason Palidwar describes emerging applications for optical filters including satellite lasercom, Raman in bio-med, and Earth Observation for environmental management.
When to Use Raman Edge Filters?
Raman spectroscopy examines molecules' vibrational and rotational behaviours within a material, providing essential data for identification and detection. It involves the use of laser light as a method of illumination. Given that the laser light used as the excitation...
