Topics in this newsletter include:

• Improved RTD devices
  • First ever RTDs from direct silicon wafer bonding
  • New state-of-the-art in RTD power & efficiency for e-RTDs and RTD-PDs
  • RTDs demonstrated from direct epitaxial growth on silicon substrate
• New state-of-the-art W- (84 GHz) and J-band (300 GHz) RTD transmission
• First transmission using RTD-PDs with advanced modulation formats
• First ever DVB-T audio/video transmission using RTD-PDs (10 GHz)
• Ground-breaking simulation and experimental channel modelling

Topics in this newsletter include:

• iBROW final workshop (Glasgow , UK; 23-24 Apr-2018)
• An update on RTD and RTD-PD development work at University of Glasgow
• CST investigations into laser dynamics measurement techniques
• fotonIC – Fibre Coupled PIC Platform: edge coupled fibre alignment from Optocap

Topics in this newsletter are:

• iBROW at European Microwave Week (London; Oct-2016)
• III-V on Si wafer bonding for RTD processing from CEA-LETI
• First reported RTDs on direct growth silicon wafers from IQE
• Integrated antenna design and simulation from INESC TEC
• iBROW input to standards for wireless comms led by TU Braunschweig

• iBROW at European Microwave Week (Oct-2016)
• Modelling of RTDs (University of Algarve)
• Packaging high speed RTD and laser devices (Optocap)
• Reducing thread dislocation density (IQE)
• III-V on Si wafer bonding for RTD processing (CEA-LETI & III-V Lab)

• Heterogeneous integration in the context of iBROW
• Laser characterisation and development work at CST
• Laser measurement and simulation at INESC TEC.

• An overview of RTD technology
• News of record-breaking RTDs from University of Glasgow
• THz standards work from TU Braunschweig
• A preview of the ALT 2015 conference (07-11 Sep-2015; Faro, Portugal).