C.2 DCS 1800; Number of Samples for Testing

11.213GPPBase Station System (BSS) equipment specificationRadio aspectsRelease 1999TS

DCS 1800 SDCCH

(FER: 4.25 events/s, frame filling = 4/51)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

static

FER=0.10%

30 000

2

–

60 000

14 117.6

TU50

FER=9.0%

333

2

1 301

1 301

306.1

RA130

FER=8.0%

375

2

521

750

176.5

HT100

FER=13.0%

231

2

651

651

153.2

TU1.5

FER=22%

136

2

43 350

43 350

10 200.0

TU1.5(SFH)

FER=9.0%

333

2

43 350

43 350

10 200.0

TU50(SFH)

FER=9%

333

2

1 301

1 301

306.1

TI5

FER=13%

231

2

13 005

13 005

3 060

DCS 1800 RACH

(FER: 217 events/s, frame filling = 1)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

static

FER=0.50%

6 000

2

–

12 000

55.3

TU50

FER=13%

231

2

5 208

5 208

24.0

RA130

FER=12%

250

2

2 087

2 087

10.0

HT100

FER=13%

231

2

2 604

2 604

12.0

TU1.5

FER=15%

200

2

173 600

173 600

800.0

TU1.5(SFH)

FER=15%

200

2

173 600

173 600

800.0

TU50

FER=16%

188

2

5 208

5 208

24.0

RA130

FER=13%

231

2

2 087

2 087

10.0

TU50(SFH)

FER=13%

231

2

5 208

5 208

24.0

TI5

FER=13%

231

2

52 080

52 080

3063.5

TU50(SFH)

FER=16%

188

2

5208

5208

24

TI5

FER=16%

188

2

52 080

52 080

3063.5

DCS 1800 SACCH/T

(FER: 2.1 events/s, frame filling = 1/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

static

FER=0.10%

30 000

2

–

60 000

28 571.4

TU50

FER=9.0%

333

2

1 311

1 311

624.3

RA130

FER=8.0%

375

2

525

750

357.1

HT100

FER=13%

231

2

656

656

312.4

TU1.5

FER=22%

136

2

43 680

43 680

20 800.0

TU1.5(SFH)

FER=9.0%

333

2

43 680

43 680

20 800.0

TU50(SFH)

FER=9%

333

2

1 311

1 311

624.3

TI5

FER=13%

231

2

13 104

13 104

6 240.0

DCS 1800 SACCH/C

(FER: 2.13 events/s, frame filling = 4/102)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

static

FER=0.10%

30 000

2

–

60 000

28 169.0

TU50

FER=9%

333

2

1 304

1 304

612.2

RA130

FER=8.0%

375

2

523

750

352.1

HT100

FER=13%

251

2

652

652

306.1

TU1.5

FER=22%

136

2

43 452

43 452

20 400.0

TU1.5(SFH)

FER=9.0%

333

2

43 452

43 452

20 400.0

TU50(SFH)

FER=9%

333

2

1 304

1 304

612.2

TI5

FER=13%

231

2

26 071

26 071

12 240

DCS 1800 FACCH/F

(FER: 50 events/s, frame filling = 24/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

static

FER=0.10%

30 000

4

–

120 000

2 400.0

TU50

FER=3.9%

769

4

1 300

3 076

61.5

RA130

FER=3.4%

882

4

521

3 528

70.6

HT100

FER=7.4%

405

4

650

1 620

32.4

TU1.5

FER=22%

136

4

43 334

43 334

866.7

TU1.5(SFH)

FER=3.4%

882

4

43 334

43 334

866.7

TU50

FER=3.4%

882

4

1 300

3 528

70.6

RA130

FER=3.5%

857

4

521

3 428

68.6

TU50(SFH)

FER=3.9%

769

4

1 300

3 076

61.5

TI5

FER=8.0%

375

4

13 000

13 000

260.0

TU50(SFH)

FER=3.4%

882

4

1 300

3 528

70.6

TI5

FER=9.5%

316

4

13 000

13 000

260.0

TU50

FER=6.1%

492

4

1 300

1 968

39.4

TI5

FER=17.1%

176

4

13 000

13 000

260.0

DCS 1800 FACCH/H

(FER: 25 events/s, frame filling = 12/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

static

FER=0.10%

30 000

4

–

120 000

4 800.0

TU50

FER=7.2%

417

4

1 300

1 668

66.7

RA130

FER=5.7%

526

4

521

2 104

84.2

HT100

FER=10.4%

288

4

650

1 152

46.1

TU1.5

FER=22%

136

4

43 334

43 334

1733.4

TU1.5(SFH)

FER=6.7%

448

4

43 334

43 334

1733.4

TU50

FER=6.9%

435

4

1 300

1 740

69.6

TU50(SFH)

FER=7.2%

417

4

1 300

1 668

66.7

TI5

FER=6.9%

435

4

13 000

13 000

520.0

TU50(SFH)

FER=6.9%

435

4

1 300

1 740

69.6

TI5

FER=6.7%

448

4

13 000

13 000

520.0

DCS 1800 TCH/F9.6

(BER: 12000 events/s, frame filling = 24/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

static

BER=1.0E‑5

3 000 000

10

–

30 000 000

2 500.0

TU50

BER=0.40%

7 500

10

312 000

312 000

26.0

RA130

BER=0.10%

30 000

10

125 000

300 000

25.0

HT100

BER=0.70%

4 286

10

156 000

156 000

13.0

TU1.5

BER=8.0%

375

10

10 400 000

10 400 000

866.7

TU1.5(SFH)

BER=0.30%

10 000

10

10 400 000

10 400 000

866.7

TU50

BER=0.80%

3 750

10

312 000

312 000

26.0

TU50 (SFH)

BER=0.3%

10 000

10

312 000

312 000

26.0

RA130

BER=0.20%

15 000

10

125 000

150 000

12.5

TU50(SFH)

BER=0.4%

7 500

10

312 000

312 000

26.0

TI5

BER=0.5%

6 000

10

3 120 000

3 120 000

260.0

TI5

BER=0.8%

3 750

10

3 120 000

3 120 000

260.0

DCS 1800 TCH/H4.8

(BER: 6000 events/s, frame filling = 12/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

static

BER=1.0E‑5

3000 000

10

–

30000 000

5 000.0

TU50

BER=0.40%

7 500

10

312 000

312 000

52.0

RA130

BER=0.10%

30 000

10

125 000

300 000

50.0

HT100

BER=0.70%

4 286

10

156 000

156 000

26.0

TU1.5

BER=8.0%

375

10

10400 000

10400 000

1733.4

TU1.5(SFH)

BER=0.30%

10 000

10

10400 000

10400 000

1733.4

TU50

BER=0.80%

3 750

10

312 000

312 000

52.0

TU50(SFH)

BER=0.3%

10 000

10

312 000

312 000

52.0

RA130

BER=0.20%

15 000

10

125 000

150 000

25.0

TU50(SFH)

BER=0.40%

7 500

10

312 000

312 000

52.0

TI5

BER=0.50%

6 000

10

3 120 000

3 120 000

520.0

TI5

BER=0.80%

3 750

10

3 120 000

3 120 000

520.0

DCS 1800 TCH/F4.8

(BER: 6000 events/s, frame filling = 24/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

TU50

BER=1.0E‑4

300 000

10

156 000

3000 000

500.0

RA130

BER=1.0E‑4

300 000

10

62 500

3000 000

500.0

HT100

BER=1.0E‑4

300 000

10

78 000

3000 000

500.0

TU1.5

BER=3.0%

1 000

10

5200 000

5200 000

866.7

TU1.5(SFH)

BER=1.0E‑4

300 000

10

5200 000

5200 000

866.7

TU50(SFH)

BER=1.0E-4

300 000

10

1 560 000

3 000 000

260.0

TI5

BER=1.0E-4

300 000

10

1 560 000

3 000 000

260.0

DCS 1800 TCH/F2.4

(BER: 3600 events/s, frame filling = 24/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

TU50

BER=1.0E‑5

3000 000

10

93 600

30000 000

8 333.3

RA130

BER=1.0E‑5

3000 000

10

7 500

30000 000

8 333.3

HT100

BER=1.0E‑5

3000 000

10

46 800

30000 000

8 333.3

TU1.5

BER=3.0%

1 000

10

3120 000

3120 000

866.7

TU1.5(SFH)

BER=1.0E‑5

3000 000

10

3120 000

30000 000

8 333.3

TU50(SFH)

BER=1.0E-5

3000 000

10

93 600

30000 000

8 333.3

TI5

BER=2.0E-4

150 000

10

936 000

1 500 000

416.7

TI5

BER=1.0E-4

300 000

10

93 600

3 000 000

833.3

DCS 1800 TCH/H2.4

(BER: 3600 events/s, frame filling = 12/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

TU50

BER=1.0E‑4

300 000

10

187 200

3000 000

833.3

RA130

BER=1.0E‑4

300 000

10

75 000

3000 000

833.3

HT100

BER=1.0E‑4

300 000

10

93 600

3000 000

833.3

TU1.5

BER=4.0%

750

10

6240 000

6240 000

1733.4

TU1.5(SFH)

BER=1.0E‑4

300 000

10

6240 000

6240 000

1733.4

TU50(SFH)

BER=1.0E-4

300 000

10

187 200

3000 000

833.3

TI5

BER=1.0E-4

300 000

10

1 872 000

3 000 000

833.3

TI5

BER=2.0E-4

150 000

10

1 872 000

1 872 000

520.0

DCS 1800 TCH/FS

(FER: 50 events/s, RBER class Ib: 6600 events/s, RBER class II: 3900 events/s, frame filling = 24/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc

Samples:

Time:
(s)

static

FER=0.10%

30 000

4

–

120 000

2 400.0

Ib

RBER=0.40%

7 500

10

–

75 000

11.4

II

RBER=2.0%

1 500

10

–

15 000

3.8

TU50

FER=3.0%

1000

4

1 300

4 000

80.0

Ib

RBER=0.30%

10 000

10

171 600

171 600

26.0

II

RBER=8.0%

375

10

101 400

101 400

26.0

RA130

FER=2.0%

1 500

4

521

6 000

120.0

Ib

RBER=0.20%

15 000

10

68 750

150 000

22.7

II

RBER=7.0%

429

10

40 625

40 625

10.4

HT100

FER=7.0%

429

4

650

1 716

34.3

Ib

RBER=0.50%

6 000

10

85 800

85 800

13.0

II

RBER=9.0%

333

10

50 700

50 700

13.0

TU1.5

FER=21%

143

4

43 334

43 334

866.7

Ib

RBER=2.0%

1 500

10

5720 000

5720 000

866.7

II

RBER=4.0%

750

10

3380 000

3380 000

866.7

TU1.5(SFH)

FER=3.0%

1 000

4

43 334

43 334

866.7

Ib

RBER=0.20%

15 000

10

5720 000

5730 000

866.7

II

RBER=8.0%

375

10

3380 000

3380 000

866.7

TU50

FER=3.0%

1 000

4

1 300

4 000

80.0

Ib

RBER=0.25%

12 500

10

171 600

171 600

26.0

II

RBER=8.1%

370

10

101 400

101 400

26.0

RA130

FER=3.0%

1 000

4

521

4 000

80.0

Ib

RBER=0.20%

15 000

10

71 500

150 000

22.7

II

RBER=8.0%

375

10

42 250

42 250

10.8

static II

RBER=1.0E‑4

300 000

10

–

3000 000

769.2

EQU50

II RBER=3.0%

1 000

10

101 400

101 400

26.0

Static

FER=5%

600

4

–

2400

48.0

TU50(SFH)

FER=3.0%

1000

4

1 300

4 000

80.0

Ib

RBER=0.30%

10 000

10

171 600

171 600

26.0

II

RBER=8.0%

375

10

101 400

101 400

26.0

TI5

FER=6.0%

500

4

13 000

13 000

260.0

Ib

RBER=0.40%

7500

10

1 716 000

1 716 000

260.0

II

RBER=8.0%

375

10

1 014 000

1 014 000

260.0

TU50(SFH)

FER=3.0%

1000

4

1 300

4000

80.0

Ib

RBER=0.25%

12000

10

171 600

171 600

26.0

II

RBER=8.1%

370

10

101 400

101 400

26.0

TU50

FER=5.1%

588

4

1 300

2 352

47.0

Ib

RBER=0.45%

6667

10

171 600

171 600

26.0

II

RBER=8.9%

337

10

101 400

101 400

26.0

TI5

FER=10.2%

294

4

13 000

13 000

260.0

Ib

RBER=0.72%

4167

10

1 716 000

1 716 000

260.0

II

RBER=8.8%

341

10

1 014 000

1 014 000

260.0

GSM 1800 TCH/F14.4

(BER: 14500 events/s, frame filling = 24/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
Samples

Station.
proc.

Samples:

Time:
(s)

static

BER=1.0E‑5

3 000 000

10

–

30 000 000

2 069.0

TU50

BER=2.1%

1 429

10

377 000

377 000

26.0

TU50(SFH)

BER=2.0%

1 500

10

377 000

377 000

26.0

RA130

BER=2.0%

1 500

10

150 800

150 800

10.4

HT100

BER=6.5%

462

10

188 500

188 500

13.0

TU1.5

BER=10.0%

300

10

12 566 667

12 566 667

866.7

TU1.5(SFH)

BER=3.0%

1 000

10

12 566 667

12 566 667

866.7

TU50

BER=4.0%

750

10

377 000

377 000

26.0

TU50(SFH)

BER=3.1%

968

10

377 000

377 000

26.0

RA130

BER=3.0%

1 000

10

150 800

150 800

10.4

TI5

BER=2.5%

1 200

10

3 770 000

3 770 000

260.0

TI5

BER=4.5%

667

10

3 770 000

3 770 000

260.0

DCS 1800 TCH/HS

(FER: 50 events/s, RBER class Ib: 3650 events/s, RBER class II: 850 events/s, frame filling = 12/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc

Samples:

Time:
(s)

static (FER)

0.025%

120 000

4

–

480 000

9 600.0

Ib

0.001%

3 000 000

10

–

30 000 000

8 219.2

II

0.720%

4 167

10

–

41 667

49.0

TU50 (FER)

4.20%

714

4

2 600

2 857

57.1

Ib

0.38%

7 895

10

189 800

189 800

52.0

II

6.90%

435

10

44 200

44 200

52.0

RA130 (FER)

4.10%

732

4

1 040

2 927

58.5

Ib

0.28%

10 714

10

75 920

107 143

29.4

II

6.80%

441

10

17 680

17 680

20.8

HT100 (FER)

5.00%

600

4

1 300

2 400

48.0

Ib

0.63%

4 762

10

94 900

94 900

26.0

II

7.80%

385

10

22 100

22 100

26.0

TU1.5 (FER)

19.10%

157

4

86 667

86 667

1 733.3

Ib

0.52%

5 769

10

6 326 667

6 326 667

1 733.3

II

2.80%

1 071

10

1 473 333

1 473 333

1 733.3

TU50 (FER)

5.00%

600

4

2 600

2 600

52.0

Ib

0.29%

10 345

10

189 800

189 800

52.0

II

7.20%

417

10

44 200

44 200

52.0

RA130 (FER)

4.70%

638

4

1 040

2 553

51.1

Ib

0.21%

14 286

10

75 920

142 857

39.1

II

7.00%

429

10

17 680

17 680

20.8

TU50 (SFH) FER

4.20%

714

4

2 600

2 857

57.1

Ib

0.38%

7 895

10

189 800

189 800

52.0

II

6.90%

435

10

44 200

44 200

52.0

TI5 (FER)

4.10%

732

4

26 000

26 000

520.0

Ib

0.36%

8 333

10

1 898 000

1 898 000

520.0

II

6.90%

435

10

442 000

442 000

520.0

TU50 (SFH) FER

5.00%

600

4

2 600

2 600

52.0

Ib

0.29%

10 345

10

189 800

189 800

52.0

II

7.20%

417

10

44 200

44 200

52.0

TI5 (FER)

5.00%

600

4

26 000

26 000

520.0

Ib

0.29%

10 345

10

1 898 000

1 898 000

520.0

II

7.20%

417

10

442 000

442 000

520.0

To reduce the testing time on static FER and RBER class 1b the factor k = Pb/Ps may be increased from k = 2 to k > 2 thus resulting in reasonable reductions of the test times, see table below. If this test fails, the test may be repeated with the number of samples given in the table above.

Prop.
cond.

k = Pb/Ps

Stat.
sign.

Indep.
samples

Samples:

Time:
(s)

Probability of no error (1 – p)

static (FER)

2.5

60 000

4

240 000

4800 (1h20′)

6.8 %

Ib

2.5

1 500 000

10

15 000 000

4110 (1h08′)

6.8 %

static (FER)

3.0

40 000

4

160 000

2880 (48′)

15.8 %

Ib

3.0

1 000 000

10

10 000 000

2466 (41′)

15.8 %

DCS 1800 TCH/EFS

(FER: 50 events/s, RBER class Ib: 6600 events/s, RBER class II: 3900 events/s, frame filling = 24/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc

Samples:

Time:
(s)

Static

FER=0.10%

30 000

4

–

120 000

2 400.0

Ib

RBER=0.10%

30 000

10

–

300 000

45.5

II

RBER=2.0%

1 500

10

–

15 000

3.8

TU50

FER=4.0%

750

4

1 300

3 000

60.0

Ib

RBER=0.12%

25 000

10

171 600

250 000

37.9

II

RBER=8.0%

375

10

101 400

101 400

26.0

TU50 (SFH)

FER=4.0%

750

4

1 300

3 000

60.0

Ib

RBER=0.12%

25 000

10

171 600

250 000

37.9

II

RBER=8.0%

375

10

101 400

101 400

26.0

RA130

FER=3.0%

1 000

4

520

4 000

80.0

Ib

RBER=0.10%

30 000

10

68 640

300 000

45.5

II

RBER=7.0%

429

10

40 560

40 560

10.4

HT100

FER=7.0%

429

4

650

1 716

34.3

Ib

RBER=0.24%

12 500

10

85 800

125 000

18.9

II

RBER=9.0%

333

10

50 700

50 700

13.0

TU1.5

FER=23.0%

130

4

43 334

43 334

866.7

Ib

RBER=0.20%

15 000

10

5720 000

5720 000

866.7

II

RBER=3.0%

1 000

10

3380 000

3380 000

866.7

TU1.5(SFH)

FER=3.0%

1 000

4

43 334

43 334

866.7

Ib

RBER=0.1%

30 000

10

5720 000

5720 000

866.7

II

RBER=8.0%

375

10

3380 000

3380 000

866.7

TU50

FER=3.0%

1 000

4

1 300

4 000

80.0

Ib

RBER=0.10%

30 000

10

171 600

300 000

45.5

II

RBER=9.0%

333

10

101 400

101 400

26.0

TU50(SFH)

FER=3.0%

1 000

4

1 300

4 000

80.0

Ib

RBER=0.10%

30 000

10

171 600

300 000

45.5

II

RBER=9.0%

1 000

10

101 400

101 400

26.0

RA130

FER=4.0%

750

4

520

3 000

60.0

Ib

RBER=0.13%

23 077

10

68 640

300 000

45.5

II

RBER=8.0%

375

10

40 560

40 560

10.4

TI5

FER=8.0%

375

4

13 000

13 000

260.0

Ib

RBER=0.21%

14 286

10

1 716 000

1 716 000

260.0

II

RBER=7.0%

429

10

1 014 000

1 014 000

260.0

TI5

FER=9.0%

333

4

13 000

13 000

260.0

Ib

RBER=0.20%

15 000

10

1 716 000

1 716 000

260.0

II

RBER=7.0%

429

10

1 014 000

1 014 000

260.0

GSM 1800 TCH/AFS12.2

(FER: 50 events/s, RBER class Ib: 12200 events/s, frame filling = 24/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

Static (Ib)

RBER = 0,001 %

3000000

10

–

30000000

2459

TU50 (no SFH)

FER = 2 %

1500

4

1300

6000

120

Ib

RBER = 1,4 %

2142,9

10

317200

317200

26

TU50 (ideal SFH)

FER = 2 %

1500

4

1300

6000

120

Ib

RBER = 1,4 %

2142,9

10

317200

317200

26

RA130 (no SFH)

FER = 1,3 %

2307,7

4

520

9230,8

184,6

Ib

RBER = 1,2 %

2500

10

126880

126880

10,4

HT100 (no SFH)

FER = 4,6 %

652,2

4

650

2608,7

52,2

Ib

RBER = 2,1 %

1428,6

10

158600

158600

13

TI5 (no SFH)

FER = 4,9 %

612,2

4

13000

13000

260

Ib

RBER = 1,5 %

2000

10

3172000

3172000

260

TU1.5 (no SFH)

FER = 22 %

136,4

4

43333,3

43333,3

866,7

Ib

RBER = 0,92 %

3260,9

10

10573333,3

10573333,3

866,7

TU50 (no SFH)

FER = 2,7 %

1111,1

4

1300

4444,4

88,9

Ib

RBER = 1,6 %

1875

10

317200

317200

26

TU50 (ideal SFH)

FER = 2,7 %

1111,1

4

1300

4444,4

88,9

Ib

RBER = 1,6 %

1875

10

317200

317200

26

RA130 (no SFH)

FER = 1,8 %

1666,7

4

520

6666,7

133,3

Ib

RBER = 1,4 %

2142,9

10

126880

126880

10,4

TI5 (no SFH)

FER = 6 %

500

4

13000

13000

260

Ib

RBER = 1,7 %

1764,7

10

3172000

3172000

260

GSM 1800 TCH/AFS10.2

(FER: 50 events/s, RBER class Ib: 10200 events/s, frame filling = 24/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

Static (Ib)

RBER = 0,001 %

3000000

10

0

30000000

2941,2

TU50 (no SFH)

FER = 0,65 %

4615,4

4

1300

18461,5

369,2

Ib

RBER = 0,12 %

25000

10

265200

265200

26

TU50 (ideal SFH)

FER = 0,65 %

4615,4

4

1300

18461,5

369,2

Ib

RBER = 0,12 %

25000

10

265200

265200

26

RA130 (no SFH)

FER = 0,41 %

7317,1

4

520

29268,3

585,4

Ib

RBER = 0,084 %

35714,3

10

106080

357142,9

35

HT100 (no SFH)

FER = 1,6 %

1875

4

650

7500

150

Ib

RBER = 0,26 %

11538,5

10

132600

132600

13

TI5 (no SFH)

FER = 2,1 %

1428,6

4

13000

13000

260

Ib

RBER = 0,23 %

13043,5

10

2652000

2652000

260

TU1.5 (no SFH)

FER = 18 %

166,7

4

43333,3

43333,3

866,7

Ib

RBER = 0,54 %

5555,6

10

8840000

8840000

866,7

TU50 (no SFH)

FER = 0,98 %

3061,2

4

1300

12244,9

244,9

Ib

RBER = 0,17 %

17647,1

10

265200

265200

26

TU50 (ideal SFH)

FER = 0,98 %

3061,2

4

1300

12244,9

244,9

Ib

RBER = 0,17 %

17647,1

10

265200

265200

26

RA130 (no SFH)

FER = 0,56 %

5357,1

4

520

21428,6

428,6

Ib

RBER = 0,12 %

25000

10

106080

250000

24,5

TI5 (no SFH)

FER = 2,7 %

1111,1

4

13000

13000

260

Ib

RBER = 0,3 %

10000

10

2652000

2652000

260

GSM 1800 TCH/AFS7.95

(FER: 50 events/s, RBER class Ib: 7950 events/s, frame filling = 24/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

TU50 (no SFH)

FER = 0,025 %

120000

4

1300

480000

9600

Ib

RBER = 0,023 %

130434,8

10

206700

1304347,8

164,1

TU50 (ideal SFH)

FER = 0,025 %

120000

4

1300

480000

9600

Ib

RBER = 0,023 %

130434,8

10

206700

1304347,8

164,1

RA130 (no SFH)

FER = 0,018 %

166666,7

4

520

666666,7

13333,3

Ib

RBER = 0,016 %

187500

10

82680

1875000

235,8

HT100 (no SFH)

FER = 0,089 %

33707,9

4

650

134831,5

2696,6

Ib

RBER = 0,061 %

49180,3

10

103350

491803,3

61,9

TI5 (no SFH)

FER = 0,36 %

8333,3

4

13000

33333,3

666,7

Ib

RBER = 0,11 %

27272,7

10

2067000

2067000

260

TU1.5 (no SFH)

FER = 13 %

230,8

4

43333,3

43333,3

866,7

Ib

RBER = 0,67 %

4477,6

10

6890000

6890000

866,7

TU50 (no SFH)

FER = 0,07 %

42857,1

4

1300

171428,6

3428,6

Ib

RBER = 0,042 %

71428,6

10

206700

714285,7

89,8

TU50 (ideal SFH)

FER = 0,07 %

42857,1

4

1300

171428,6

3428,6

Ib

RBER = 0,042 %

71428,6

10

206700

714285,7

89,8

RA130 (no SFH)

FER = 0,029 %

103448,3

4

520

413793,1

8275,9

Ib

RBER = 0,03 %

100000

10

82680

1000000

125,8

TI5 (no SFH)

FER = 0,51 %

5882,4

4

13000

23529,4

470,6

Ib

RBER = 0,15 %

20000

10

2067000

2067000

260

TU1.5 (no SFH)

FER = 25 %

120

4

43333,3

43333,3

866,7

Ib

RBER = 1,2 %

2500

10

6890000

6890000

866,7

TU50 (no SFH)

FER = 2 %

1500

4

1300

6000

120

Ib

RBER = 0,68 %

4411,8

10

206700

206700

26

TU50 (ideal SFH)

FER = 2 %

1500

4

1300

6000

120

Ib

RBER = 0,68 %

4411,8

10

206700

206700

26

RA130 (no SFH)

FER = 1,2 %

2500

4

520

10000

200

Ib

RBER = 0,48 %

6250

10

82680

82680

10,4

TI5 (no SFH)

FER = 5,3 %

566

4

13000

13000

260

Ib

RBER = 1 %

3000

10

2067000

2067000

260

GSM 1800 TCH/AFS7.4

(FER: 50 events/s, RBER class Ib: 7400 events/s, frame filling = 24/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

TU50 (no SFH)

FER = 0,036 %

83333,3

4

1300

333333,3

6666,7

Ib

RBER = 0,013 %

230769,2

10

192400

2307692,3

311,9

TU50 (ideal SFH)

FER = 0,036 %

83333,3

4

1300

333333,3

6666,7

Ib

RBER = 0,013 %

230769,2

10

192400

2307692,3

311,9

RA130 (no SFH)

FER = 0,023 %

130434,8

4

520

521739,1

10434,8

Ib

RBER = 0,007 %

428571,4

10

76960

4285714,3

579,2

HT100 (no SFH)

FER = 0,13 %

23076,9

4

650

92307,7

1846,2

Ib

RBER = 0,031 %

96774,2

10

96200

967741,9

130,8

TI5 (no SFH)

FER = 0,41 %

7317,1

4

13000

29268,3

585,4

Ib

RBER = 0,054 %

55555,6

10

1924000

1924000

260

TU1.5 (no SFH)

FER = 14 %

214,3

4

43333,3

43333,3

866,7

Ib

RBER = 0,43 %

6976,7

10

6413333,3

6413333,3

866,7

TU50 (no SFH)

FER = 0,083 %

36144,6

4

1300

144578,3

2891,6

Ib

RBER = 0,02 %

150000

10

192400

1500000

202,7

TU50 (ideal SFH)

FER = 0,083 %

36144,6

4

1300

144578,3

2891,6

Ib

RBER = 0,02 %

150000

10

192400

1500000

202,7

RA130 (no SFH)

FER = 0,047 %

63829,8

4

520

255319,1

5106,4

Ib

RBER = 0,012 %

250000

10

76960

2500000

337,8

TI5 (no SFH)

FER = 0,56 %

5357,1

4

13000

21428,6

428,6

Ib

RBER = 0,072 %

41666,7

10

1924000

1924000

260

TU1.5 (no SFH)

FER = 26 %

115,4

4

43333,3

43333,3

866,7

Ib

RBER = 0,8 %

3750

10

6413333,3

6413333,3

866,7

TU50 (no SFH)

FER = 2,3 %

1304,3

4

1300

5217,4

104,3

Ib

RBER = 0,32 %

9375

10

192400

192400

26

TU50 (ideal SFH)

FER = 2,3 %

1304,3

4

1300

5217,4

104,3

Ib

RBER = 0,32 %

9375

10

192400

192400

26

RA130 (no SFH)

FER = 1,4 %

2142,9

4

520

8571,4

171,4

Ib

RBER = 0,22 %

13636,4

10

76960

136363,6

18,4

TI5 (no SFH)

FER = 5,4 %

555,6

4

13000

13000

260

Ib

RBER = 0,52 %

5769,2

10

1924000

1924000

260

GSM 1800 TCH/AFS6.7

(FER: 50 events/s, RBER class Ib: 6700 events/s, frame filling = 24/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

TU50 (no SFH)

FER = 0,01 %

300000

4

1300

1200000

24000

Ib

RBER = 0,017 %

176470,6

10

174200

1764705,9

263,4

TU50 (ideal SFH)

FER = 0,01 %

300000

4

1300

1200000

24000

Ib

RBER = 0,017 %

176470,6

10

174200

1764705,9

263,4

RA130 (no SFH)

FER = 0,01 %

300000

4

520

1200000

24000

Ib

RBER = 0,01 %

300000

10

69680

3000000

447,8

HT100 (no SFH)

FER = 0,031 %

96774,2

4

650

387096,8

7741,9

Ib

RBER = 0,041 %

73170,7

10

87100

731707,3

109,2

TI5 (no SFH)

FER = 0,16 %

18750

4

13000

75000

1500

Ib

RBER = 0,082 %

36585,4

10

1742000

1742000

260

TU1.5 (no SFH)

FER = 11 %

272,7

4

43333,3

43333,3

866,7

Ib

RBER = 0,76 %

3947,4

10

5806666,7

5806666,7

866,7

TU50 (no SFH)

FER = 0,025 %

120000

4

1300

480000

9600

Ib

RBER = 0,028 %

107142,9

10

174200

1071428,6

159,9

TU50 (ideal SFH)

FER = 0,025 %

120000

4

1300

480000

9600

Ib

RBER = 0,028 %

107142,9

10

174200

1071428,6

159,9

RA130 (no SFH)

FER = 0,01 %

300000

4

520

1200000

24000

Ib

RBER = 0,016 %

187500

10

69680

1875000

279,9

TI5 (no SFH)

FER = 0,021 %

142857,1

4

13000

571428,6

11428,6

Ib

RBER = 0,11 %

27272,7

10

1742000

1742000

260

TU1.5 (no SFH)

FER = 22 %

136,4

4

43333,3

43333,3

866,7

Ib

RBER = 1,4 %

2142,9

10

5806666,7

5806666,7

866,7

TU50 (no SFH)

FER = 0,82 %

3658,5

4

1300

14634,1

292,7

Ib

RBER = 0,51 %

5882,4

10

174200

174200

26

TU50 (ideal SFH)

FER = 0,82 %

3658,5

4

1300

14634,1

292,7

Ib

RBER = 0,51 %

5882,4

10

174200

174200

26

RA130 (no SFH)

FER = 0,41 %

7317,1

4

520

29268,3

585,4

Ib

RBER = 0,34 %

8823,5

10

69680

88235,3

13,2

TI5 (no SFH)

FER = 2,9 %

1034,5

4

13000

13000

260

Ib

RBER = 0,86 %

3488,4

10

1742000

1742000

260

GSM 1800 TCH/AFS5.9

(FER: 50 events/s, RBER class Ib: 5900 events/s, frame filling = 24/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

TU50 (no SFH)

FER = 0,01 %

300000

4

1300

1200000

24000

Ib

RBER = 0,001 %

3000000

10

153400

30000000

5084,7

TU50 (ideal SFH)

FER = 0,01 %

300000

4

1300

1200000

24000

Ib

RBER = 0,001 %

3000000

10

153400

30000000

5084,7

RA130 (no SFH)

FER = 0,01 %

300000

4

520

1200000

24000

Ib

RBER = 0,001 %

3000000

10

61360

30000000

5084,7

HT100 (no SFH)

FER = 0,01 %

300000

4

650

1200000

24000

Ib

RBER = 0,002 %

1500000

10

76700

15000000

2542,4

TI5 (no SFH)

FER = 0,094 %

31914,9

4

13000

127659,6

2553,2

Ib

RBER = 0,014 %

214285,7

10

1534000

2142857,1

363,2

TU1.5 (no SFH)

FER = 10 %

300

4

43333,3

43333,3

866,7

Ib

RBER = 0,38 %

7894,7

10

5113333,3

5113333,3

866,7

TU50 (no SFH)

FER = 0,01 %

300000

4

1300

1200000

24000

Ib

RBER = 0,002 %

1500000

10

153400

15000000

2542,4

TU50 (ideal SFH)

FER = 0,01 %

300000

4

1300

1200000

24000

Ib

RBER = 0,002 %

1500000

10

153400

15000000

2542,4

RA130 (no SFH)

FER = 0,01 %

300000

4

520

1200000

24000

Ib

RBER = 0,001 %

3000000

10

61360

30000000

5084,7

TI5 (no SFH)

FER = 0,12 %

25000

4

13000

100000

2000

Ib

RBER = 0,022 %

136363,6

10

1534000

1534000

260

TU1.5 (no SFH)

FER = 21 %

142,9

4

43333,3

43333,3

866,7

Ib

RBER = 0,72 %

4166,7

10

5113333,3

5113333,3

866,7

TU50 (no SFH)

FER = 0,41 %

7317,1

4

1300

29268,3

585,4

Ib

RBER = 0,079 %

37974,7

10

153400

379746,8

64,4

TU50 (ideal SFH)

FER = 0,41 %

7317,1

4

1300

29268,3

585,4

Ib

RBER = 0,079 %

37974,7

10

153400

379746,8

64,4

RA130 (no SFH)

FER = 0,2 %

15000

4

520

60000

1200

Ib

RBER = 0,046 %

65217,4

10

61360

652173,9

110,5

TI5 (no SFH)

FER = 2 %

1500

4

13000

13000

260

Ib

RBER = 0,23 %

13043,5

10

1534000

1534000

260

GSM 1800 TCH/AFS5.15

(FER: 50 events/s, RBER class Ib: 5150 events/s, frame filling = 24/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

TU50 (no SFH)

FER = 0,01 %

300000

4

1300

1200000

24000

Ib

RBER = 0,001 %

3000000

10

133900

30000000

5825,2

TU50 (ideal SFH)

FER = 0,01 %

300000

4

1300

1200000

24000

Ib

RBER = 0,001 %

3000000

10

133900

30000000

5825,2

RA130 (no SFH)

–

–

4

520

–

–

Ib

RBER = 0,01 %

300000

10

53560

3000000

582,5

HT100 (no SFH)

FER = 0,004 %

750000

4

650

3000000

60000

Ib

RBER = 0,003 %

1000000

10

66950

10000000

1941,7

TI5 (no SFH)

FER = 0,07 %

42857,1

4

13000

171428,6

3428,6

Ib

RBER = 0,014 %

214285,7

10

1339000

2142857,1

416,1

TU1.5 (no SFH)

FER = 9,2 %

326,1

4

43333,3

43333,3

866,7

Ib

RBER = 0,45 %

6666,7

10

4463333,3

4463333,3

866,7

TU50 (no SFH)

FER = 0,01 %

300000

4

1300

1200000

24000

Ib

RBER = 0,001 %

3000000

10

133900

30000000

5825,2

TU50 (ideal SFH)

FER = 0,01 %

300000

4

1300

1200000

24000

Ib

RBER = 0,001 %

3000000

10

133900

30000000

5825,2

RA130 (no SFH)

FER = 0,01 %

300000

4

520

1200000

24000

Ib

RBER = 0,001 %

3000000

10

53560

30000000

5825,2

TI5 (no SFH)

FER = 0,081 %

37037

4

13000

148148,1

2963

Ib

RBER = 0,019 %

157894,7

10

1339000

1578947,4

306,6

TU1.5 (no SFH)

FER = 19 %

157,9

4

43333,3

43333,3

866,7

Ib

RBER = 0,84 %

3571,4

10

4463333,3

4463333,3

866,7

TU50 (no SFH)

FER = 0,26 %

11538,5

4

1300

46153,8

923,1

Ib

RBER = 0,072 %

41666,7

10

133900

416666,7

80,9

TU50 (ideal SFH)

FER = 0,26 %

11538,5

4

1300

46153,8

923,1

Ib

RBER = 0,072 %

41666,7

10

133900

416666,7

80,9

RA130 (no SFH)

FER = 0,13 %

23076,9

4

520

92307,7

1846,2

Ib

RBER = 0,038 %

78947,4

10

53560

789473,7

153,3

TI5 (no SFH)

FER = 1,4 %

2142,9

4

13000

13000

260

Ib

RBER = 0,22 %

13636,4

10

1339000

1339000

260

GSM 1800 TCH/AFS4.75

(FER: 50 events/s, RBER class Ib: 4750 events/s, frame filling = 24/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

TU50 (no SFH)

FER = 0,01 %

300000

4

1300

1200000

24000

Ib

RBER = 0,001 %

3000000

10

123500

30000000

6315,8

TU50 (ideal SFH)

–

–

4

1300

–

–

Ib

RBER = 0,001 %

3000000

10

123500

30000000

6315,8

RA130 (no SFH)

–

–

4

520

–

–

Ib

RBER = 0,001 %

3000000

10

49400

30000000

6315,8

HT100 (no SFH)

FER = 0,01 %

300000

4

650

1200000

24000

Ib

RBER = 0,001 %

3000000

10

61750

30000000

6315,8

TI5 (no SFH)

FER = 0,029 %

103448,3

4

13000

413793,1

8275,9

Ib

RBER = 0,005 %

600000

10

1235000

6000000

1263,2

TU1.5 (no SFH)

FER = 7,9 %

379,7

4

43333,3

43333,3

866,7

Ib

RBER = 0,31 %

9677,4

10

4116666,7

4116666,7

866,7

TU50 (no SFH)

FER = 0,01 %

300000

4

1300

1200000

24000

Ib

RBER = 0,001 %

3000000

10

123500

30000000

6315,8

TU50 (ideal SFH)

FER = 0,01 %

300000

4

1300

1200000

24000

Ib

RBER = 0,001 %

3000000

10

123500

30000000

6315,8

RA130 (no SFH)

–

–

4

520

–

–

Ib

RBER = 0,001 %

3000000

10

49400

30000000

6315,8

TI5 (no SFH)

FER = 0,036 %

83333,3

4

13000

333333,3

6666,7

Ib

RBER = 0,036 %

83333,3

10

1235000

1235000

260

TU1.5 (no SFH)

FER = 17 %

176,5

4

43333,3

43333,3

866,7

Ib

RBER = 0,61 %

4918

10

4116666,7

4116666,7

866,7

TU50 (no SFH)

FER = 0,1 %

30000

4

1300

120000

2400

Ib

RBER = 0,021 %

142857,1

10

123500

1428571,4

300,8

TU50 (ideal SFH)

FER = 0,1 %

30000

4

1300

120000

2400

Ib

RBER = 0,021 %

142857,1

10

123500

1428571,4

300,8

RA130 (no SFH)

FER = 0,051 %

58823,5

4

520

235294,1

4705,9

Ib

RBER = 0,009 %

333333,3

10

49400

3333333,3

701,8

TI5 (no SFH)

FER = 0,82 %

3658,5

4

13000

14634,1

292,7

Ib

RBER = 0,11 %

27272,7

10

1235000

1235000

260

GSM 1800 TCH/AHS7.95

(FER: 50 events/s, RBER class Ib: 2800 events/s, RBER class II : 1800 events/s, frame filling = 12/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

Static

FER = 0,01 %

300000

4

–

1200000

24000

Ib

RBER = 0,004 %

750000

10

–

7500000

2678,6

II

RBER = 0,66 %

4545,5

10

–

45454,5

25,3

TU50 (no SFH)

FER = 20 %

150

4

2600

2600

52

Ib

RBER = 2,3 %

1304,3

10

145600

145600

52

II

RBER = 5 %

600

10

93600

93600

52

TU50 (ideal SFH)

FER = 20 %

150

4

2600

2600

52

Ib

RBER = 2,3 %

1304,3

10

145600

145600

52

II

RBER = 5 %

600

10

93600

93600

52

RA130 (no SFH)

FER = 17 %

176,5

4

1040

1040

20,8

Ib

RBER = 2 %

1500

10

58240

58240

20,8

II

RBER = 4,8 %

625

10

37440

37440

20,8

HT100 (no SFH)

FER = 27 %

111,1

4

1300

1300

26

Ib

RBER = 2,9 %

1034,5

10

72800

72800

26

II

RBER = 5,7 %

526,3

10

46800

46800

26

TI5 (no SFH)

FER = 20 %

150

4

26000

26000

520

Ib

RBER = 2,3 %

1304,3

10

1456000

1456000

520

II

RBER = 5 %

600

10

936000

936000

520

TU1.5 (no SFH)

FER = 27 %

111,1

4

86666,7

86666,7

1733,3

Ib

RBER = 0,85 %

3529,4

10

4853333,3

4853333,3

1733,3

II

RBER = 1,7 %

1764,7

10

3120000

3120000

1733,3

TU50 (no SFH)

FER = 23 %

130,4

4

2600

2600

52

Ib

RBER = 2,3 %

1304,3

10

145600

145600

52

II

RBER = 5,1 %

588,2

10

93600

93600

52

TU50 (ideal SFH)

FER = 23 %

130,4

4

2600

2600

52

Ib

RBER = 2,3 %

1304,3

10

145600

145600

52

II

RBER = 5,1 %

588,2

10

93600

93600

52

RA130 (no SFH)

FER = 20 %

150

4

1040

1040

20,8

Ib

RBER = 2,1 %

1428,6

10

58240

58240

20,8

II

RBER = 5,1 %

588,2

10

37440

37440

20,8

TI5 (no SFH)

FER = 22 %

136,4

4

26000

26000

520

Ib

RBER = 2,3 %

1304,3

10

1456000

1456000

520

II

RBER = 5,3 %

566

10

936000

936000

520

TU1.5 (no SFH)

FER = 14 %

214,3

4

86666,7

86666,7

1733,3

Ib

RBER = 0,49 %

6122,4

10

4853333,3

4853333,3

1733,3

II

RBER = 1 %

3000

10

3120000

3120000

1733,3

TU50 (no SFH)

FER = 6,7 %

447,8

4

2600

2600

52

Ib

RBER = 1 %

3000

10

145600

145600

52

II

RBER = 3,1 %

967,7

10

93600

93600

52

TU50 (ideal SFH)

FER = 6,7 %

447,8

4

2600

2600

52

Ib

RBER = 1 %

3000

10

145600

145600

52

II

RBER = 3,1 %

967,7

10

93600

93600

52

RA130 (no SFH)

FER = 6,5 %

461,5

4

1040

1846,2

36,9

Ib

RBER = 0,98 %

3061,2

10

58240

58240

20,8

II

RBER = 3,1 %

967,7

10

37440

37440

20,8

TI5 (no SFH)

FER = 6,7 %

447,8

4

26000

26000

520

Ib

RBER = 1 %

3000

10

1456000

1456000

520

II

RBER = 3,2 %

937,5

10

936000

936000

520

GSM 1800 TCH/AHS7.4

(FER: 50 events/s, RBER class Ib: 2950 events/s, RBER class II : 1400 events/s, frame filling = 12/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

Static

FER = 0,01 %

300000

4

–

1200000

24000

Ib

RBER = 0,001 %

3000000

10

–

30000000

10169,5

II

RBER = 0,66 %

4545,5

10

–

45454,5

32,5

TU50 (no SFH)

FER = 16 %

187,5

4

2600

2600

52

Ib

RBER = 1,4 %

2142,9

10

153400

153400

52

II

RBER = 5,3 %

566

10

72800

72800

52

TU50 (ideal SFH)

FER = 16 %

187,5

4

2600

2600

52

Ib

RBER = 1,4 %

2142,9

10

153400

153400

52

II

RBER = 5,3 %

566

10

72800

72800

52

RA130 (no SFH)

FER = 13 %

230,8

4

1040

1040

20,8

Ib

RBER = 1,1 %

2727,3

10

61360

61360

20,8

II

RBER = 5,1 %

588,2

10

29120

29120

20,8

HT100 (no SFH)

FER = 22 %

136,4

4

1300

1300

26

Ib

RBER = 1,9 %

1578,9

10

76700

76700

26

II

RBER = 6 %

500

10

36400

36400

26

TI5 (no SFH)

FER = 16 %

187,5

4

26000

26000

520

Ib

RBER = 1,4 %

2142,9

10

1534000

1534000

520

II

RBER = 5,3 %

566

10

728000

728000

520

TU1.5 (no SFH)

FER = 26 %

115,4

4

86666,7

86666,7

1733,3

Ib

RBER = 0,69 %

4347,8

10

5113333,3

5113333,3

1733,3

II

RBER = 1,9 %

1578,9

10

2426666,7

2426666,7

1733,3

TU50 (no SFH)

FER = 18 %

166,7

4

2600

2600

52

Ib

RBER = 1,4 %

2142,9

10

153400

153400

52

II

RBER = 5,5 %

545,5

10

72800

72800

52

TU50 (ideal SFH)

FER = 18 %

166,7

4

2600

2600

52

Ib

RBER = 1,4 %

2142,9

10

153400

153400

52

II

RBER = 5,5 %

545,5

10

72800

72800

52

RA130 (no SFH)

FER = 16 %

187,5

4

1040

1040

20,8

Ib

RBER = 1,3 %

2307,7

10

61360

61360

20,8

II

RBER = 5,4 %

555,6

10

29120

29120

20,8

TI5 (no SFH)

FER = 18 %

166,7

4

26000

26000

520

Ib

RBER = 1,4 %

2142,9

10

1534000

1534000

520

II

RBER = 5,6 %

535,7

10

728000

728000

520

TU1.5 (no SFH)

FER = 13 %

230,8

4

86666,7

86666,7

1733,3

Ib

RBER = 0,39 %

7692,3

10

5113333,3

5113333,3

1733,3

II

RBER = 1,2 %

2500

10

2426666,7

2426666,7

1733,3

TU50 (no SFH)

FER = 4,9 %

612,2

4

2600

2600

52

Ib

RBER = 0,51 %

5882,4

10

153400

153400

52

II

RBER = 3,3 %

909,1

10

72800

72800

52

TU50 (ideal SFH)

FER = 4,9 %

612,2

4

2600

2600

52

Ib

RBER = 0,51 %

5882,4

10

153400

153400

52

II

RBER = 3,3 %

909,1

10

72800

72800

52

RA130 (no SFH)

FER = 4,8 %

625

4

1040

2500

50

Ib

RBER = 0,47 %

6383

10

61360

63829,8

21,6

II

RBER = 3,3 %

909,1

10

29120

29120

20,8

TI5 (no SFH)

FER = 5,1 %

588,2

4

26000

26000

520

Ib

RBER = 0,51 %

5882,4

10

1534000

1534000

520

II

RBER = 3,3 %

909,1

10

728000

728000

520

GSM 1800 TCH/AHS6.7

(FER: 50 events/s, RBER class Ib: 2750 events/s, RBER class II : 1200 events/s, frame filling = 12/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

Static

FER = 0,01 %

300000

4

–

1200000

24000

Ib

RBER = 0,001 %

3000000

10

–

30000000

10909,1

II

RBER = 0,66 %

4545,5

10

–

45454,5

37,9

TU50 (no SFH)

FER = 9,4 %

319,1

4

2600

2600

52

Ib

RBER = 1,1 %

2727,3

10

143000

143000

52

II

RBER = 5,8 %

517,2

10

62400

62400

52

TU50 (ideal SFH)

FER = 9,4 %

319,1

4

2600

2600

52

Ib

RBER = 1,1 %

2727,3

10

143000

143000

52

II

RBER = 5,8 %

517,2

10

62400

62400

52

RA130 (no SFH)

FER = 7,5 %

400

4

1040

1600

32

Ib

RBER = 0,92 %

3260,9

10

57200

57200

20,8

II

RBER = 5,5 %

545,5

10

24960

24960

20,8

HT100 (no SFH)

FER = 13 %

230,8

4

1300

1300

26

Ib

RBER = 1,5 %

2000

10

71500

71500

26

II

RBER = 6,6 %

454,5

10

31200

31200

26

TI5 (no SFH)

FER = 9,2 %

326,1

4

26000

26000

520

Ib

RBER = 1,1 %

2727,3

10

1430000

1430000

520

II

RBER = 5,8 %

517,2

10

624000

624000

520

TU1.5 (no SFH)

FER = 23 %

130,4

4

86666,7

86666,7

1733,3

Ib

RBER = 0,71 %

4225,4

10

4766666,7

4766666,7

1733,3

II

RBER = 2,3 %

1304,3

10

2080000

2080000

1733,3

TU50 (no SFH)

FER = 12 %

250

4

2600

2600

52

Ib

RBER = 1,2 %

2500

10

143000

143000

52

II

RBER = 6 %

500

10

62400

62400

52

TU50 (ideal SFH)

FER = 12 %

250

4

2600

2600

52

Ib

RBER = 1,2 %

2500

10

143000

143000

52

II

RBER = 6 %

500

10

62400

62400

52

RA130 (no SFH)

FER = 9,9 %

303

4

1040

1212,1

24,2

Ib

RBER = 1 %

3000

10

57200

57200

20,8

II

RBER = 6 %

500

10

24960

24960

20,8

TI5 (no SFH)

FER = 11 %

272,7

4

26000

26000

520

Ib

RBER = 1,2 %

2500

10

1430000

1430000

520

II

RBER = 6,2 %

483,9

10

624000

624000

520

TU1.5 (no SFH)

FER = 11 %

272,7

4

86666,7

86666,7

1733,3

Ib

RBER = 0,39 %

7692,3

10

4766666,7

4766666,7

1733,3

II

RBER = 1,4 %

2142,9

10

2080000

2080000

1733,3

TU50 (no SFH)

FER = 2,5 %

1200

4

2600

4800

96

Ib

RBER = 0,38 %

7894,7

10

143000

143000

52

II

RBER = 3,5 %

857,1

10

62400

62400

52

TU50 (ideal SFH)

FER = 2,5 %

1200

4

2600

4800

96

Ib

RBER = 0,38 %

7894,7

10

143000

143000

52

II

RBER = 3,5 %

857,1

10

62400

62400

52

RA130 (no SFH)

FER = 2,5 %

1200

4

1040

4800

96

Ib

RBER = 0,37 %

8108,1

10

57200

81081,1

29,5

II

RBER = 3,5 %

857,1

10

24960

24960

20,8

TI5 (no SFH)

FER = 2,3 %

1304,3

4

26000

26000

520

Ib

RBER = 0,39 %

7692,3

10

1430000

1430000

520

II

RBER = 3,6 %

833,3

10

624000

624000

520

GSM 1800 TCH/AHS5.9

(FER: 50 events/s, RBER class Ib: 2350 events/s, RBER class II : 800 events/s, frame filling = 12/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

Static (II)

RBER = 0,66 %

4545,5

10

–

45454,5

56,8

TU50 (no SFH)

FER = 5,9 %

508,5

4

2600

2600

52

Ib

RBER = 0,52 %

5769,2

10

122200

122200

52

II

RBER = 6,1 %

491,8

10

41600

41600

52

TU50 (ideal SFH)

FER = 5,9 %

508,5

4

2600

2600

52

Ib

RBER = 0,52 %

5769,2

10

122200

122200

52

II

RBER = 6,1 %

491,8

10

41600

41600

52

RA130 (no SFH)

FER = 4,6 %

652,2

4

1040

2608,7

52,2

Ib

RBER = 0,39 %

7692,3

10

48880

76923,1

32,7

II

RBER = 5,8 %

517,2

10

16640

16640

20,8

HT100 (no SFH)

FER = 8,5 %

352,9

4

1300

1411,8

28,2

Ib

RBER = 0,72 %

4166,7

10

61100

61100

26

II

RBER = 6,8 %

441,2

10

20800

20800

26

TI5 (no SFH)

FER = 5,7 %

526,3

4

26000

26000

520

Ib

RBER = 0,51 %

5882,4

10

1222000

1222000

520

II

RBER = 6 %

500

10

416000

416000

520

TU1.5 (no SFH)

FER = 21 %

142,9

4

86666,7

86666,7

1733,3

Ib

RBER = 0,55 %

5454,5

10

4073333,3

4073333,3

1733,3

II

RBER = 2,6 %

1153,8

10

1386666,7

1386666,7

1733,3

TU50 (no SFH)

FER = 7,7 %

389,6

4

2600

2600

52

Ib

RBER = 0,6 %

5000

10

122200

122200

52

II

RBER = 6,4 %

468,8

10

41600

41600

52

TU50 (ideal SFH)

FER = 7,7 %

389,6

4

2600

2600

52

Ib

RBER = 0,6 %

5000

10

122200

122200

52

II

RBER = 6,4 %

468,8

10

41600

41600

52

RA130 (no SFH)

FER = 6,4 %

468,8

4

1040

1875

37,5

Ib

RBER = 0,48 %

6250

10

48880

62500

26,6

II

RBER = 6,3 %

476,2

10

16640

16640

20,8

TI5 (no SFH)

FER = 7,1 %

422,5

4

26000

26000

520

Ib

RBER = 0,57 %

5263,2

10

1222000

1222000

520

II

RBER = 6,5 %

461,5

10

416000

416000

520

GSM 1800 TCH/AHS5.15

(FER: 50 events/s, RBER class Ib: 2100 events/s, RBER class II : 600 events/s, frame filling = 12/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

Static (II)

RBER = 0,66 %

4545,5

10

–

45454,5

75,8

TU50 (no SFH)

FER = 2,6 %

1153,8

4

2600

4615,4

92,3

Ib

RBER = 0,53 %

5660,4

10

109200

109200

52

II

RBER = 6,3 %

476,2

10

31200

31200

52

TU50 (ideal SFH)

FER = 2,6 %

1153,8

4

2600

4615,4

92,3

Ib

RBER = 0,53 %

5660,4

10

109200

109200

52

II

RBER = 6,3 %

476,2

10

31200

31200

52

RA130 (no SFH)

FER = 2 %

1500

4

1040

6000

120

Ib

RBER = 0,4 %

7500

10

43680

75000

35,7

II

RBER = 6,1 %

491,8

10

12480

12480

20,8

HT100 (no SFH)

FER = 3,7 %

810,8

4

1300

3243,2

64,9

Ib

RBER = 0,76 %

3947,4

10

54600

54600

26

II

RBER = 7,2 %

416,7

10

15600

15600

26

TI5 (no SFH)

FER = 2,5 %

1200

4

26000

26000

520

Ib

RBER = 0,51 %

5882,4

10

1092000

1092000

520

II

RBER = 6,3 %

476,2

10

312000

312000

520

TU1.5 (no SFH)

FER = 17 %

176,5

4

86666,7

86666,7

1733,3

Ib

RBER = 0,8 %

3750

10

3640000

3640000

1733,3

II

RBER = 3,1 %

967,7

10

1040000

1040000

1733,3

TU50 (no SFH)

FER = 3,8 %

789,5

4

2600

3157,9

63,2

Ib

RBER = 0,66 %

4545,5

10

109200

109200

52

II

RBER = 6,8 %

441,2

10

31200

31200

52

TU50 (ideal SFH)

FER = 3,8 %

789,5

4

2600

3157,9

63,2

Ib

RBER = 0,66 %

4545,5

10

109200

109200

52

II

RBER = 6,8 %

441,2

10

31200

31200

52

RA130 (no SFH)

FER = 3,1 %

967,7

4

1040

3871

77,4

Ib

RBER = 0,53 %

5660,4

10

43680

56603,8

27

II

RBER = 6,6 %

454,5

10

12480

12480

20,8

TI5 (no SFH)

FER = 3,3 %

909,1

4

26000

26000

520

Ib

RBER = 0,6 %

5000

10

1092000

1092000

520

II

RBER = 6,9 %

434,8

10

312000

312000

520

GSM 1800 TCH/AHS4.75

(FER: 50 events/s, RBER class Ib: 2200 events/s, RBER class II : 600 events/s, frame filling = 12/26)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

Static (II)

RBER = 0,66 %

4545,5

10

–

45454,5

75,8

TU50 (no SFH)

FER = 1,2 %

2500

4

2600

10000

200

Ib

RBER = 0,18 %

16666,7

10

114400

166666,7

75,8

II

RBER = 6,5 %

461,5

10

31200

31200

52

TU50 (ideal SFH)

FER = 1,2 %

2500

4

2600

10000

200

Ib

RBER = 0,18 %

16666,7

10

114400

166666,7

75,8

II

RBER = 6,5 %

461,5

10

31200

31200

52

RA130 (no SFH)

FER = 1,1 %

2727,3

4

1040

10909,1

218,2

Ib

RBER = 0,13 %

23076,9

10

45760

230769,2

104,9

II

RBER = 6,2 %

483,9

10

12480

12480

20,8

HT100 (no SFH)

FER = 1,7 %

1764,7

4

1300

7058,8

141,2

Ib

RBER = 0,25 %

12000

10

57200

120000

54,5

II

RBER = 7,3 %

411

10

15600

15600

26

TI5 (no SFH)

FER = 1,2 %

2500

4

26000

26000

520

Ib

RBER = 0,17 %

17647,1

10

1144000

1144000

520

II

RBER = 6,4 %

468,8

10

312000

312000

520

TU1.5 (no SFH)

FER = 15 %

200

4

86666,7

86666,7

1733,3

Ib

RBER = 0,6 %

5000

10

3813333,3

3813333,3

1733,3

II

RBER = 3,6 %

833,3

10

1040000

1040000

1733,3

TU50 (no SFH)

FER = 2,1 %

1428,6

4

2600

5714,3

114,3

Ib

RBER = 0,25 %

12000

10

114400

120000

54,5

II

RBER = 7 %

428,6

10

31200

31200

52

TU50 (ideal SFH)

FER = 2,1 %

1428,6

4

2600

5714,3

114,3

Ib

RBER = 0,25 %

12000

10

114400

120000

54,5

II

RBER = 7 %

428,6

10

31200

31200

52

RA130 (no SFH)

FER = 1,8 %

1666,7

4

1040

6666,7

133,3

Ib

RBER = 0,19 %

15789,5

10

45760

157894,7

71,8

II

RBER = 6,8 %

441,2

10

12480

12480

20,8

TI5 (no SFH)

FER = 1,8 %

1666,7

4

26000

26000

520

Ib

RBER = 0,22 %

13636,4

10

1144000

1144000

520

II

RBER = 7 %

428,6

10

312000

312000

520

GSM 1800 PDTCH/CS-1 to CS-4

(BLER: 50 events/s, frame filling = 12/52)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

static

BLER=10%

300

2

–

600

12.0

TU50

BLER=10%

300

2

5 200

5 200

104.0

TU50 (SFH)

BLER=10%

300

2

5 200

5 200

104.0

RA130

BLER=10%

300

2

2 080

2 080

41.6

HT100

BLER=10%

300

2

2 600

2 600

52.0

TI5

BLER=10%

300

2

52 008

52 008

1 040.2

TU1.5

BLER=10%

300

2

173 360

173 360

3 467.2

TU1.5 (SFH)

BLER=10%

300

2

173 360

173 360

3 467.2

GSM 1800 PRACH (11 bits), PRACH (8 bits)

(BLER: 217 events/s, frame filling = 1)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

static

BLER=15%

200

2

–

400

8.0

TU50

BLER=15%

200

2

5 208

5 208

104.2

TU50 (SFH)

BLER=15%

200

2

5 208

5 208

104.2

RA130

BLER=15%

200

2

2 083

2 083

41.7

HT100

BLER=15%

200

2

2 604

2 604

52.1

TI5

BLER=15%

200

2

52 080

52 080

1 041.6

TU1.5

BLER=15%

200

2

173 600

173 600

3 472.0

TU1.5 (SFH)

BLER=15%

200

2

173 600

173 600

3 472.0

GSM 1800 PACCH

(BLER: 50 events/s, frame filling = 12/52)

Prop.
cond.

Error
rate

Stat.
sign.

Indep.
samples

Station.
proc.

Samples:

Time:
(s)

static

BLER=10%

300

2

–

600

12.0

TU50

BLER=10%

300

2

5 200

5 200

104.0

TU50 (SFH)

BLER=10%

300

2

5 200

5 200

104.0

RA130

BLER=10%

300

2

2 080

2 080

41.6

HT100

BLER=10%

300

2

2 600

2 600

52.0

TI5

BLER=10%

300

2

52 008

52 008

1 040.2

TU1.5

BLER=10%

300

2

173 360

173 360

3 467.2

TU1.5 (SFH)

BLER=10%

300

2

173 360

173 360

3 467.2

Annex D (informative):
Change history

This annex lists all change requests approved for the present document since the first phase 2 version was approved by ETSI SMG.

SMG/GP#

SMG/GP

tdoc

SMG8/G3

tdoc

VERS

CR

R

PH

CAT

SUBJECT

Resulting

Version

S12

584/94

4.0.0

001

2

F

Amendments to GSM 11.21; revision of static and multipath reference sensitivity tests, and editorial changes

4.1.0

S13

99/95

4.1.0

002

2

F

Frequency range for E-GSM 900

4.2.0

99/95

4.1.0

003

2

F

Types of implementation of frequency hopping

4.2.0

99/95

4.1.0

004

2

F

Section 4.1.6.3, number of static power steps

4.2.0

99/95

4.1.0

005

2

F

Spectrum due to modulation

4.2.0

99/95

4.1.0

006

2

F

Intermodulation attenuation

4.2.0

99/95

4.1.0

007

2

F

Definition of test environment for section 4.1.7.8

4.2.0

99/95

4.1.0

009

2

D

Annex 2: Number of samples needed for statistical testing

4.2.0

S15

401/95

4.2.0

010

2

3

Reformatting

4.3.0

401/95

4.2.0

011

2

1

new sections

4.3.0

401/95

4.2.0

012

2

1

Splitting of conformance requirements

4.3.0

401/95

4.2.0

013

2

1

Definition of extreme power supply conditions

4.3.0

401/95

4.2.0

014

2

F

Corrections of inconsistencies

4.3.0

401/95

4.2.0

015

2

3

Testing of reference interference

4.3.0

401/95

4.2.0

016

2

1

Testing of reference sensitivity and interference

4.3.0

401/95

4.2.0

017

2

1

Measurement BW for intermodulation attenuation tests

4.3.0

S16

566/95

4.3.0

018

2

1

Measurement uncertainties

4.4.0

566/95

4.3.0

019

2

2

Mean transmitted RF carrier power

4.4.0

566/95

4.3.0

020

2

1

Intermodulation attenuation

4.4.0

566/95

4.3.0

021

2

2

Erroneous frame indication performance

4.4.0

566/95

4.3.0

022

2

1

Reference sensitivity; testing of essential conformance

4.4.0

566/95

4.3.0

023

2

1

AM suppression

4.4.0

566/95

4.3.0

024

2

F

Measurement BW for transmitted RF carrier power vs time

4.4.0

566/95

4.3.0

025

2

3

Editorial corrections and clarifications

4.4.0

S17

092/96

4.4.0

026

2

F

CR to GSM 11.21 section 7.5, Reference interference

4.5.0

092/96

4.4.0

027

2

F

Testing of switching translents spectrum

4.5.0

092/96

4.4.0

028

2

F

Measurement uncertainties

4.5.0

092/96

4.4.0

029

2

F

BTS configurations

4.5.0

092/96

4.4.0

030

2

F

Mean transmitted RF carrier power

4.5.0

092/96

4.4.0

031

2

D

Configuration of BTS for section 6.2

4.5.0

092/96

4.4.0

032

2

F

Testing of Multipath reference sensitivity with TU 50

4.5.0

092/96

4.4.0

033

2

D

Section 6.4

4.5.0

S18

253/96

4.5.0

A034

2

F

Incorporation of technical PE comments

4.6.0

265/96

4.5.0

A035

2

F

Correction of Tables for intermodulation limits in receive band

4.6.0

253/96

4.5.0

A036

2

F

Incorporation of editorial and technical PE comments

4.6.0

253/96

4.5.0

A037

2

F

Spectrum due to modulation and wideband noise:definition and correction

4.6.0

S20

606/96

52/96

4.6.0

A038

2

F

Correction of inconsistancy with 05.05

4.7.0

606/96

53/96

4.6.0

A039

2

F

Correction of statistical tables in informative annex

4.7.0

627/96

29/96

4.6.0

A040

2

F

Maintenance of consistance with GSM 05.05

4.7.0

s22

348/97

006/97

4.7.1

A041

2

F

Deletion of TU3 and TU1.5 tests

5.0.0

349/97

4.7.1

A049

2+

B

Definition of R-GSM band and the associated RF-parameters

5.0.0

s23

783/97

050/97

5.0.0

A051

R96

B

Addition of Radio Link Management chapter

5.1.0

783/97

052/97

5.0.0

A053

R96

B

Testing BSS with ancillary FR amplifiers

5.1.0

783/97

057/97

5.0.0

A055

R96

B

BSS using Antenna arrays

5.1.0

783/97

064/97

5.0.0

A057

R96

B

Definition of EFR test cases

5.1.0

783/97

061/97

5.0.0

A058

R96

B

Addition of 14.4 test case

5.1.0

783/97

060/97

5.0.0

A059

R96

B

Conversion of phase 2+ TS to phase2 and 2+ EN

5.1.0

s25

98-0164

98p028

5.1.0

A060

R96

D

Conducted spurious emissions from the antenna connector

5.2.0

98-0164

98p029

5.1.0

A061

R96

D

Intra BTS intermodulation attenuation

5.2.0

98-0164

98p025

5.1.0

A062

R96

B

Definition of the number of samples required for TCH/HS

5.2.0

98-0165

98p009

5.1.0

A063

R96

A

Measurement of average signal level through a multipath fading simulator

5.2.0

s26

98-394

98p035

5.2.0

A069

R96

F

Definition of timeslot to use for testing of Spectrum due to modulation, subclause 6.5.1.

5.3.0

98-394

98p037

5.2.0

A070

R96

D

Environmental conditions during essential conformance testing

5.3.0

98-394

98p045

5.2.0

A071

R96

F

Ancillary RF amplifier

5.3.0

98-394

98p054

5.2.0

A072

R96

B

New requirements for static layer 1 receiver functions

5.3.0

98-441

98p058

5.2.0

A073

R96

F

Clarification of "relevant" and "operational" bands

5.3.0

98-394

98p060

5.2.0

A075

R96

F

Resolution of PE comment SE3

5.3.0

98-394

98p061

5.2.0

A076

R96

F

Resolution of PE comment UK2

5.3.0

s27

98-742

98p091

5.3.0

A077

R96

F

Addition to chap. 4.10.5 to define a BTS with separated antenna ports

5.4.0

98-742

98p105

5.3.0

A079

R96

F

Reduction of Half Rate Speech (TCH/HS) number of samples to be tested as defined in Annex C1 and C2 for static FER and RBER class 1b.

5.4.0

98-742

98p104

5.3.0

A082

R96

F

Erroneous frame indication performance

5.4.0

98-742

98p098

5.3.0

A083

R96

D

Clarification on conformance requirements for testcases 6.7/6.8

5.4.0

s28

99-064

98p123

5.4.0

A085

R96

D

Spurious emissions from the receiver antenna connector

7.0.0

99-064

98p126

5.4.0

A086

R96

A

Speeds for Multipath Fading profiles

7.0.0

99-064

98p132

5.4.0

A087

R96

A

Multipath Reference Sensitivity Level

7.0.0

99-064

98p139

5.4.0

A089

R96

A

Clarification on number of power steps

7.0.0

99-064

98p134

5.4.0

A090

R96

A

Correction of multipath error performance limits

7.0.0

99-064

98p137

5.4.0

A092

R97

B

GPRS Test Cases

7.0.0

99-064

98p100

5.4.0

A095

R98

B

Pico-BTS requirements

7.0.0

99-064

98p107

5.4.0

A096

R98

B

Pico-BTS requirements section 6.2.

7.0.0

s29

99-477

416/99

7.0.0

A099

R98

Correction regarding transmitter tests

7.1.0

99-477

420/99

7.0.0

A101

R98

Removal of power levels in Watts in table 3

7.1.0

99-477

418/99

7.0.0

A102

1

R98

Adding Pico requirements to GPRS sections

7.1.0

99-477

491/99

7.0.0

A104

R98

Testing of BTSs that can be equipped with various configurations of antenna combiners

7.1.0

99-477

528/99

7.0.0

A106

R98

Clarification on tests at extreme power supply

7.1.0

99-477

614/99

7.0.0

A108

R98

Updates to annex A and C

7.1.0

s30

99-624

1372/99

7.1.0

A019

1

R98

Correction to Section 7.4 Multipath Reference Sensitivity

7.2.0

99-624

1373/99

7.1.0

A113

1

R98

Clarification of Intra BSS intermodulation attenuation test purpose

7.2.0

99-624

1378/99

7.1.0

A114

2

R98

Introduction of AMR requirements

7.2.0

99-624

1245/99

7.1.0

A112

R98

C/I requirements for PicoBTS in GSM 1800

7.2.0

s30b

99-810

1596/99

7.2.0

A118

R98

Correction of tables in sections 6.7, 6.8 for Pico BTS

8.0.0

99-811

1938/99

7.2.0

A115

2

R99

Introduction of GSM 400, PCS 1900, MXM 850 and MXM 1900

8.0.0

99-812

1935/99

7.2.0

A117

2

R99

Changes in clause 1- 6 due to EDGE introduction

8.0.0

s31

00-099

442/00

8.0.0

A119

2

R99

Modification EDGE TX test cases

8.1.0

00-099

449/00

8.0.0

A120

2

R99

EDGE RX test cases

8.1.0

00-099

481/00

8.0.0

A121

1

R99

Switching Transients for 8-PSK

8.1.0

s31b

00-190

865/00

8.1.0

A122

1

R99

EDGE TX-test cases and uncertainties

8.2.0

00-190

868/00

8.1.0

A123

1

R99

EDGE radio link management test cases

8.2.0

00-191

532/00

8.1.0

A124

R99

Corrections of GSM 400 Spurious

8.2.0

00-190

869/00

8.1.0

A125

2

R99

Changes in clause 7 due to EDGE and GSM850

8.2.0

s32

00-251

1208/00

8.2.0

A130

R99

B

Channels to be tested for AMR included

8.3.0

00-252

1209/00

8.2.0

A126

2

R99

B

New subcaluse 9.4.4 Signal quality EGPRS

8.3.0

00-252

974/00

8.2.0

A128

R99

C

Correction of acceptable measurement uncertainty

8.3.0

00-252

1211/00

8.2.0

A129

1

R99

B

Missing values in table 19c

8.3.0

00-259

1210/00

8.2.0

A127

2

R99

B

Spurious requirements in UMTS bands

8.3.0

GP1

GP-000365

GP-000365

8.3.0

A134

1

R99

F

Correction of Blocking and AM suppression test case in GSM11.21

8.4.0

GP-000366

GP-000366

8.3.0

A131

1

R99

F

Changes in clause 7 due to EDGE and GSM 05.01

8.4.0

GP-000367

GP-000367

8.3.0

A132

1

R99

F

Correction of test case for Signal quality, EGPRS

8.4.0

GP-000368

GP-000368

8.3.0

A133

1

R99

F

Correction of spurious requiremens in UMTS bands

8.4.0

GP2

GP-000864

GP-000864

8.4.0

A135

1

R99

F

Modification of complete conformance, AM suppression

8.5.0

GP-000515

GP-000515

8.4.0

A136

R99

F

Relaxation of PDTCH/CS-4 C/I requirements

8.5.0

GP-000866

GP-000866

8.4.0

A137

2

R99

F

Additions to facilitate test on MXM systems

8.5.0

GP-000525

GP-000525

8.4.0

A138

R99

F

Change of referenced specification for test site requirements for Radiated Spurious Emissions, Base Station testing

8.5.0

GP-000865

GP-000865

8.4.0

A139

1

R99

F

BTS output power capability and requirements with 8PSK

8.5.0

GP4

GP-010480

GP-010480

8.5.0

A142

R99

F

Relaxation of Power versus time.

8.6.0

GP4

GP-010485

GP-010485

8.5.0

A147

R99

F

Correction of error parameter in Table 15

8.6.0

GP4

GP-010486

GP-010486

8.5.0

A148

R99

F

Testing of blocking requirements for MXM 1900 BTS

8.6.0

GP4

GP-010487

GP-010487

8.5.0

A149

R99

F

Alignment of AM supression test for MXM 850/1900 normal BTS

8.6.0

GP4

GP-010901

GP-010901

8.5.0

A150

1

R99

F

Relaxed uncertainty for EVM

8.6.0

GP4

GP-010682

GP-010682

8.5.0

A141

1

R99

F

Intermodulation attenuation test method for MXM-850/1900 Systems

8.6.0

GP4

GP-010902

GP-010902

8.5.0

A143

1

R99

F

Correction of phase 2 references

8.6.0

GP4

GP-010483

GP-010483

8.5.0

A145

R99

F

Alternative testprocedure for vibration.

8.6.0

Change history

Date

TSG GERAN#

TSG Doc.

CR

Rev

Subject/Comment

Old

New

2002-11

12

GP-023210

A153

Removal of clause 9.4.4

8.6.0

8.7.0

2002-11

12

GP-023415

A156

Correction of requirements for PDTCH/CS-4 C/Ic

8.6.0

8.7.0

2003-02

13

GP-030413

A157

1

Correction to reference interference performance requirements

8.7.0

8.8.0

2003-06

15

GP-031699

A159

1

Clarification of requirements for BSS IM attenuation for GSM 850 and PCS 1900

8.8.0

8.9.0

2003-06

15

GP-031209

A161

Alignment of receiver requirements with TS 05.05

8.8.0

8.9.0

2005-11

27

GP-052812

A162

1

Performance requirements for E-TCH/F32.0

8.9.0

8.10.0

2009-05

42

GP-090799

A163

Correction to wanted signal level for testing of intermodulation characteristics

8.10.0

8.11.0