2014 Türk Telecom İzmir Cup – Doubles

Austin Krajicek and Tennys Sandgren were the current champions, but did not compete this year.

Doubles
2014 Türk Telecom İzmir Cup
Champions Ken Skupski
Neal Skupski
Runners-up Malek Jaziri
Alexander Kudryavtsev
Final score6–1, 6–4
Main article: 2014 Türk Telecom İzmir Cup

Ken and Neal Skupski won the title by defeating Malek Jaziri and Alexander Kudryavtsev 6–1, 6–4 in the final.

Seeds
  1. Ken Skupski / Neal Skupski (Champions)
  2. Gero Kretschmer / Nicholas Monroe (Semifinals)
  3. Sergey Betov / Alexander Bury (First Round)
  4. Victor Baluda / Konstantin Kravchuk (Quarterfinals)

Draw

Key

Draw
First Round Quarterfinals Semifinals Final
1 K Skupski
N Skupski 		78 6
Alt M Bašić
T Brkić 		66 2 1 K Skupski
N Skupski 		6 3 [10]
B Ćorić
A Pavić 		6 1 [10] B Ćorić
A Pavić 		3 6 [3]
WC C İlkel
Efe Yurtaçan 		3 6 [8] 1 K Skupski
N Skupski 		5 6 [10]
3 S Betov
A Bury 		4 63 V Rudnev
Y Shyla 		7 2 [3]
J Kerr
F Martin 		6 77 J Kerr
F Martin 		4 6 [4]
Alt V Rudnev
Y Shyla 		w/o Alt V Rudnev
Y Shyla 		6 3 [10]
F Krajinović
G Tošić 		1 K Skupski
N Skupski 		6 6
M Jaziri
A Kudryavtsev 		6 6 M Jaziri
A Kudryavtsev 		1 4
J Cerretani
A Zverev 		4 4 M Jaziri
A Kudryavtsev 		3 6 [15]
P Raja
A Siljeström 		6 4 [8] 4 V Baluda
K Kravchuk 		6 4 [13]
4 V Baluda
K Kravchuk 		4 6 [10] M Jaziri
A Kudryavtsev 		3 6 [10]
WC B Ergüden
M İlhan 		64 2 2 G Kretschmer
N Monroe 		6 2 [5]
E Gerasimov
R Ortega Olmedo 		77 6 E Gerasimov
R Ortega-Olmedo 		1 1
WC T Altuna
A Šetkić 		1 0 2 G Kretschmer
N Monroe 		6 6
2 G Kretschmer
N Monroe 		6 6
gollark: I don't know many of the underlying implementation details.
gollark: They do have lots of memory bandwidth.
gollark: And are optimized for simple number-crunching workloads and not complex branchy things like CPUs.
gollark: IIRC they mostly have quite bad latency in doing anything ever, but make up for it by switching between a lot of threads while waiting on memory accesses etc.
gollark: They aren't really constrained by binary compatibility, so each GPU architecture can randomly change the instruction set round.

References
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