With/without Low pass cleaner filter (for harmonic suppression)
With standard or increased isolation between ports

Power dividers / combiners, W/G
Minimal isolation / Minimal costs (without additional components for higher branch isolation)
Size: compact, minimized, any custom 3d shape
Mass: minimized if required
Technology: Waveguide
Number of output branches: multiple of 2 or any other
Fc= ~2GHz to ~100GHz, BandWidth= Narrow/Medium, RL= ~ 20dB, Low Insertion Loss, Low Amplitude Low Phase imbalance
Exact performances depend on overall specification, connectors, frequency, etc
Applications: Solid state power combiners, etc
For any custom specifications, see: Technology, Specifications options

Power dividers / combiners, High isolation, W/G
Increased isolation between branches (~15dB or more)
Size: compact, minimized, any custom 3d shape
Mass: minimized if required
Technology: Waveguide
Fc= ~2GHz to ~100GHz, BandWidth= Narrow/Medium, RL= ~ 20dB, Low Insertion Loss, Low Amplitude Low Phase imbalance
Exact performances depend on overall specification, connectors, frequency, etc
Applications: Solid state power combiners (where higher isolation between amplifiers is required), etc
For any custom specifications, see: Technology, Specifications options

Printed antenna, System, Complex array
Size: 60 x 80 mm, 216 elements
Tehnology: PCB, Planar/Flat/Panel
K band, ~25GHz
Gain = 24 dBi, Lobes ~20dB, RL~20dB,
Efficiency = ~90%, Front/Back >30dB
Application = Anti-collision radar, WLAN

Printed antenna, System, Complex array
Size: 240 x 260 mm, 256 elements
Tehnology: PCB, Planar/Flat/Panel
K/Ku band, ~18GHz
Gain ~ 30 dBi, Lobes ~20dB, RL~23dB,
Efficiency = ~75-80%, Front/Back >30dB
Application = Ku band infantry radar antenna