2013 Aegon Trophy – Men's Singles

Benjamin Becker was the defending champion but lost to Matthew Ebden 5–7, 6–4, 5–7 in the final.

Men's Singles
2013 Aegon Trophy
Champion Matthew Ebden
Runner-up Benjamin Becker
Final score7–5, 4–6, 7–5
Main article: 2013 Aegon Trophy

Seeds
  1. Marinko Matosevic (Second Round)
  2. Dudi Sela (Second Round)
  3. Jesse Levine (Second Round)
  4. Kenny de Schepper (Semifinals)
  5. Ryan Harrison (First Round)
  6. Rajeev Ram (Second Round)
  7. Benjamin Becker (Final)
  8. Vasek Pospisil (First Round)

Draw

Key

Finals
Semifinals Final
          
7 Benjamin Becker 6 6
4 Kenny de Schepper 2 1
7 Benjamin Becker 5 6 5
Matthew Ebden 7 4 7
  Matthew Ebden 6 7
Bobby Reynolds 2 5

Top Half
First Round Second Round Quarterfinals Semifinals
1 M Matosevic 6 7
Q S Groth 3 5 1 M Matosevic 4 3
Q J Baker 64 4 A Mannarino 6 6
  A Mannarino 77 6 A Mannarino 4 1
  M Authom 4 4 7 B Becker 6 6
  S Johnson 6 6 S Johnson 63 6 2
  M Bachinger 5 77 3 7 B Becker 77 3 6
7 B Becker 7 65 6 7 B Becker 6 6
4 K de Schepper 6 714 4 K de Schepper 2 1
  R Williams 3 612 4 K de Schepper 6 6
  J Duckworth 5 3 T Smyczek 3 4
  T Smyczek 7 6 4 K de Schepper 4 6 6
WC A Bogdanovic 3 5 M Berrer 6 1 4
  M Berrer 6 7 M Berrer 6 7
  D Young 77 7 D Young 4 5
8 V Pospisil 65 5

Bottom Half
First Round Second Round Quarterfinals Semifinals
5 R Harrison 77 0 65
WC D Evans 63 6 77 WC D Evans 6 6
Q P Amritraj 6 3 2 Q B Klein 2 2
Q B Klein 2 6 6 WC D Evans 61 2
  M Ebden 7 6 M Ebden 77 6
  T Ito 5 2 M Ebden 5 6 6
  G Soeda 3 5 3 J Levine 7 3 2
3 J Levine 6 7 M Ebden 6 7
6 R Ram 6 77 B Reynolds 2 5
WC J Goodall 4 64 6 R Ram 3 2
WC E Corrie 5 5 R Bemelmans 6 6
  R Bemelmans 7 7 R Bemelmans 6 5 4
  I Marchenko 62 65 B Reynolds 3 7 6
  B Reynolds 77 77 B Reynolds 6 6
  D Kudla 1 2 2 D Sela 3 1
2 D Sela 6 6
gollark: (Software defined radios. They can tune to large ranges of frequencies, and do the (de)modulation on a computer instead of specialized hardware. I have a £30 SDR receiver which can receive anything between 24MHz and ~1.7GHz, though it's obviously limited a lot by antennas)
gollark: <@229624651314233346> I'm pretty sure you're wrong about the "radios use one crystal for each band" thing, given the existence of SDRs.
gollark: <@229624651314233346> Install potatOS today!
gollark: Actually, you may want to use LoRa directly and just fix it at a low data rate or something, not LoRaWAN. I've never actually used it, I just know it seems a reasonable option for this.
gollark: The range isn't anywhere near as good as you would get with some sort of high-powered HF transceiver, but you can skip the legal wotsits, and LoRaWAN stuff is available as cheap modules IIRC.

References
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