DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,00:00:31.600000 (latency ~3.3 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,00:01:42.200000 (latency ~5.3 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,00:02:52.900000 (latency ~5.0 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,00:04:02.800000 (latency ~4.8 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,00:05:12.900000 (latency ~4.6 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,00:06:23.500000 (latency ~4.9 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,00:07:33.200000 (latency ~3.9 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,00:08:43.500000 (latency ~3.5 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,00:09:54.000000 (latency ~5.9 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,00:11:03.600000 (latency ~3.4 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,00:12:14.300000 (latency ~6.6 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,00:13:23.300000 (latency ~5.5 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,00:14:32.600000 (latency ~5.7 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,00:15:41.800000 (latency ~2.8 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,00:16:52.600000 (latency ~5.3 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,00:18:02.600000 (latency ~5.8 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,00:19:12.200000 (latency ~6.4 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,00:20:21.400000 (latency ~5.2 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,00:21:30.300000 (latency ~5.1 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,00:22:41.100000 (latency ~4.5 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,00:23:51.200000 (latency ~3.7 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,00:25:01.800000 (latency ~3.6 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,00:26:11.900000 (latency ~3.9 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,00:27:22.100000 (latency ~5.8 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,00:28:31.700000 (latency ~4.5 sec)
DG_09C66_9K_BED, 710 samples, 10 Hz, 2025,363,00:29:41.500000 (latency ~3.4 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,00:30:52.500000 (latency ~6.0 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,00:32:01.400000 (latency ~5.6 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,00:33:10.300000 (latency ~5.1 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,00:34:20.500000 (latency ~5.2 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,00:35:30.800000 (latency ~4.8 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,00:36:40.900000 (latency ~5.8 sec)
DG_09C66_9K_BED, 710 samples, 10 Hz, 2025,363,00:37:50.200000 (latency ~5.0 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,00:39:01.200000 (latency ~5.4 sec)
DG_09C66_9K_BED, 687 samples, 10 Hz, 2025,363,00:40:10.000000 (latency ~6.9 sec)
DG_09C66_9K_BED, 681 samples, 10 Hz, 2025,363,00:41:18.700000 (latency ~6.6 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,00:42:26.800000 (latency ~6.0 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,00:43:36.000000 (latency ~7.3 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,00:44:44.900000 (latency ~4.7 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,00:45:54.800000 (latency ~5.5 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,00:47:03.900000 (latency ~4.0 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,00:48:13.600000 (latency ~5.3 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,00:49:22.500000 (latency ~6.0 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,00:50:32.000000 (latency ~6.2 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,00:51:41.000000 (latency ~6.2 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,00:52:50.000000 (latency ~6.3 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,00:53:59.800000 (latency ~2.9 sec)
DG_09C66_9K_BED, 672 samples, 10 Hz, 2025,363,00:55:10.600000 (latency ~8.3 sec)
DG_09C66_9K_BED, 685 samples, 10 Hz, 2025,363,00:56:17.800000 (latency ~5.3 sec)
DG_09C66_9K_BED, 675 samples, 10 Hz, 2025,363,00:57:26.300000 (latency ~7.7 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,00:58:33.800000 (latency ~4.6 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,00:59:43.400000 (latency ~5.2 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,01:00:52.800000 (latency ~5.9 sec)
DG_09C66_9K_BED, 674 samples, 10 Hz, 2025,363,01:02:02.400000 (latency ~8.2 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,01:03:09.800000 (latency ~5.8 sec)
DG_09C66_9K_BED, 709 samples, 10 Hz, 2025,363,01:04:18.600000 (latency ~4.8 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,01:05:29.500000 (latency ~5.0 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,01:06:39.000000 (latency ~6.3 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,01:07:47.800000 (latency ~4.6 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,01:08:57.100000 (latency ~4.0 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,01:10:07.800000 (latency ~3.8 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,01:11:18.100000 (latency ~6.4 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,01:12:27.500000 (latency ~5.3 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,01:13:36.700000 (latency ~5.7 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,01:14:46.400000 (latency ~5.9 sec)
DG_09C66_9K_BED, 687 samples, 10 Hz, 2025,363,01:15:56.100000 (latency ~7.1 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,01:17:04.800000 (latency ~5.4 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,01:18:14.100000 (latency ~4.7 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,01:19:24.800000 (latency ~5.2 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,01:20:34.500000 (latency ~5.5 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,01:21:44.200000 (latency ~6.3 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,01:22:53.400000 (latency ~5.0 sec)
DG_09C66_9K_BED, 682 samples, 10 Hz, 2025,363,01:24:02.800000 (latency ~6.8 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,01:25:11.000000 (latency ~5.8 sec)
DG_09C66_9K_BED, 719 samples, 10 Hz, 2025,363,01:26:20.500000 (latency ~3.8 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,01:27:32.400000 (latency ~4.8 sec)
DG_09C66_9K_BED, 680 samples, 10 Hz, 2025,363,01:28:42.400000 (latency ~7.4 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,01:29:50.400000 (latency ~5.3 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,01:31:00.700000 (latency ~6.1 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,01:32:10.200000 (latency ~6.4 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,01:33:19.800000 (latency ~3.5 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,01:34:30.100000 (latency ~6.4 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,01:35:39.800000 (latency ~4.8 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,01:36:49.100000 (latency ~5.2 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,01:37:58.600000 (latency ~6.5 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,01:39:07.500000 (latency ~3.8 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,01:40:17.900000 (latency ~4.1 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,01:41:27.600000 (latency ~4.1 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,01:42:37.800000 (latency ~3.3 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,01:43:48.600000 (latency ~5.7 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,01:44:58.700000 (latency ~5.0 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,01:46:09.100000 (latency ~4.6 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,01:47:19.400000 (latency ~4.2 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,01:48:30.100000 (latency ~5.7 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,01:49:40.100000 (latency ~6.3 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,01:50:49.800000 (latency ~3.7 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,01:51:59.800000 (latency ~3.2 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,01:53:10.500000 (latency ~6.9 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,01:54:19.400000 (latency ~4.7 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,01:55:28.800000 (latency ~4.9 sec)
DG_09C66_9K_BED, 673 samples, 10 Hz, 2025,363,01:56:39.000000 (latency ~7.6 sec)
DG_09C66_9K_BED, 680 samples, 10 Hz, 2025,363,01:57:46.300000 (latency ~7.7 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,01:58:54.300000 (latency ~6.8 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,02:00:03.300000 (latency ~4.1 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,02:01:13.400000 (latency ~4.6 sec)
DG_09C66_9K_BED, 710 samples, 10 Hz, 2025,363,02:02:23.000000 (latency ~3.8 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,02:03:34.000000 (latency ~5.4 sec)
DG_09C66_9K_BED, 711 samples, 10 Hz, 2025,363,02:04:44.700000 (latency ~4.0 sec)
DG_09C66_9K_BED, 682 samples, 10 Hz, 2025,363,02:05:55.800000 (latency ~5.6 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,02:07:04.000000 (latency ~6.3 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,02:08:13.600000 (latency ~4.4 sec)
DG_09C66_9K_BED, 676 samples, 10 Hz, 2025,363,02:09:23.000000 (latency ~7.1 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,02:10:30.600000 (latency ~5.4 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,02:11:40.500000 (latency ~5.8 sec)
DG_09C66_9K_BED, 712 samples, 10 Hz, 2025,363,02:12:50.000000 (latency ~4.6 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,02:14:01.200000 (latency ~5.3 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,02:15:10.500000 (latency ~6.2 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,02:16:19.800000 (latency ~3.6 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,02:17:29.800000 (latency ~3.7 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,02:18:40.300000 (latency ~4.7 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,02:19:51.000000 (latency ~5.2 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,02:21:00.600000 (latency ~5.0 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,02:22:10.800000 (latency ~5.1 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,02:23:20.600000 (latency ~5.8 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,02:24:30.400000 (latency ~5.7 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,02:25:40.200000 (latency ~6.0 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,02:26:50.300000 (latency ~5.4 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,02:28:00.700000 (latency ~5.1 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,02:29:10.400000 (latency ~5.3 sec)
DG_09C66_9K_BED, 715 samples, 10 Hz, 2025,363,02:30:20.600000 (latency ~3.7 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,02:31:32.100000 (latency ~4.7 sec)
DG_09C66_9K_BED, 712 samples, 10 Hz, 2025,363,02:32:42.800000 (latency ~3.4 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,02:33:54.000000 (latency ~5.7 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,02:35:04.000000 (latency ~6.1 sec)
DG_09C66_9K_BED, 709 samples, 10 Hz, 2025,363,02:36:13.400000 (latency ~3.7 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,02:37:24.300000 (latency ~5.3 sec)
DG_09C66_9K_BED, 683 samples, 10 Hz, 2025,363,02:38:34.800000 (latency ~6.9 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,02:39:43.100000 (latency ~4.3 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,02:40:53.200000 (latency ~4.6 sec)
DG_09C66_9K_BED, 712 samples, 10 Hz, 2025,363,02:42:03.200000 (latency ~3.5 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,02:43:14.400000 (latency ~6.0 sec)
DG_09C66_9K_BED, 682 samples, 10 Hz, 2025,363,02:44:23.900000 (latency ~5.3 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,02:45:32.100000 (latency ~5.8 sec)
DG_09C66_9K_BED, 713 samples, 10 Hz, 2025,363,02:46:41.500000 (latency ~3.3 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,02:47:52.800000 (latency ~6.2 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,02:49:01.800000 (latency ~3.7 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,02:50:12.200000 (latency ~5.6 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,02:51:22.000000 (latency ~5.2 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,02:52:32.400000 (latency ~5.0 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,02:53:42.800000 (latency ~5.6 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,02:54:52.200000 (latency ~5.9 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,02:56:02.400000 (latency ~6.1 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,02:57:11.800000 (latency ~3.7 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,02:58:22.200000 (latency ~6.9 sec)
DG_09C66_9K_BED, 709 samples, 10 Hz, 2025,363,02:59:31.200000 (latency ~3.7 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,03:00:42.100000 (latency ~5.0 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,03:01:52.500000 (latency ~5.3 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,03:03:02.300000 (latency ~5.4 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,03:04:12.600000 (latency ~5.8 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,03:05:22.600000 (latency ~4.5 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,03:06:33.400000 (latency ~4.1 sec)
DG_09C66_9K_BED, 715 samples, 10 Hz, 2025,363,03:07:43.700000 (latency ~2.8 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,03:08:55.200000 (latency ~4.3 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,03:10:05.200000 (latency ~4.7 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,03:11:15.300000 (latency ~4.6 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,03:12:25.000000 (latency ~4.7 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,03:13:34.800000 (latency ~4.7 sec)
DG_09C66_9K_BED, 671 samples, 10 Hz, 2025,363,03:14:45.200000 (latency ~7.7 sec)
DG_09C66_9K_BED, 685 samples, 10 Hz, 2025,363,03:15:52.300000 (latency ~7.4 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,03:17:00.800000 (latency ~4.7 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,03:18:11.200000 (latency ~4.8 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,03:19:20.500000 (latency ~5.8 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,03:20:30.000000 (latency ~5.8 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,03:21:40.100000 (latency ~5.6 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,03:22:50.400000 (latency ~4.7 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,03:24:01.100000 (latency ~5.3 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,03:25:10.600000 (latency ~5.0 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,03:26:20.600000 (latency ~4.2 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,03:27:31.300000 (latency ~5.5 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,03:28:40.800000 (latency ~4.9 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,03:29:50.600000 (latency ~7.0 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,03:30:59.400000 (latency ~5.3 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,03:32:08.400000 (latency ~6.0 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,03:33:17.600000 (latency ~4.3 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,03:34:27.600000 (latency ~4.9 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,03:35:36.800000 (latency ~4.4 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,03:36:47.100000 (latency ~5.2 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,03:37:56.800000 (latency ~4.7 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,03:39:07.400000 (latency ~4.6 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,03:40:17.600000 (latency ~4.8 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,03:41:27.400000 (latency ~3.4 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,03:42:38.200000 (latency ~6.0 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,03:43:48.300000 (latency ~6.9 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,03:44:57.100000 (latency ~4.6 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,03:46:07.000000 (latency ~5.7 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,03:47:16.700000 (latency ~5.9 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,03:48:26.300000 (latency ~7.4 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,03:49:35.100000 (latency ~5.9 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,03:50:44.200000 (latency ~6.6 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,03:51:53.000000 (latency ~4.3 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,03:53:03.500000 (latency ~4.9 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,03:54:12.600000 (latency ~5.9 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,03:55:21.700000 (latency ~4.9 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,03:56:30.700000 (latency ~5.3 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,03:57:40.200000 (latency ~6.2 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,03:58:49.800000 (latency ~4.3 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,03:59:59.200000 (latency ~4.5 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,04:01:09.000000 (latency ~4.2 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,04:02:19.800000 (latency ~5.2 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,04:03:29.100000 (latency ~6.0 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,04:04:38.000000 (latency ~5.0 sec)
DG_09C66_9K_BED, 674 samples, 10 Hz, 2025,363,04:05:48.600000 (latency ~7.9 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,04:06:56.000000 (latency ~5.9 sec)
DG_09C66_9K_BED, 683 samples, 10 Hz, 2025,363,04:08:05.900000 (latency ~6.1 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,04:09:14.200000 (latency ~5.4 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,04:10:24.200000 (latency ~5.4 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,04:11:34.000000 (latency ~6.0 sec)
DG_09C66_9K_BED, 685 samples, 10 Hz, 2025,363,04:12:43.800000 (latency ~5.7 sec)
DG_09C66_9K_BED, 687 samples, 10 Hz, 2025,363,04:13:52.300000 (latency ~7.3 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,04:15:01.000000 (latency ~5.3 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,04:16:10.800000 (latency ~5.0 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,04:17:20.500000 (latency ~6.3 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,04:18:29.300000 (latency ~5.2 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,04:19:38.600000 (latency ~5.1 sec)
DG_09C66_9K_BED, 712 samples, 10 Hz, 2025,363,04:20:48.100000 (latency ~4.8 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,04:21:59.300000 (latency ~5.6 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,04:23:08.200000 (latency ~5.5 sec)
DG_09C66_9K_BED, 685 samples, 10 Hz, 2025,363,04:24:18.200000 (latency ~7.8 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,04:25:26.700000 (latency ~6.4 sec)
DG_09C66_9K_BED, 710 samples, 10 Hz, 2025,363,04:26:35.800000 (latency ~3.9 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,04:27:46.800000 (latency ~4.7 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,04:28:57.400000 (latency ~5.4 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,04:30:06.500000 (latency ~5.0 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,04:31:16.600000 (latency ~5.1 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,04:32:26.600000 (latency ~5.1 sec)
DG_09C66_9K_BED, 680 samples, 10 Hz, 2025,363,04:33:36.000000 (latency ~7.7 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,04:34:44.000000 (latency ~5.2 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,04:35:54.200000 (latency ~6.4 sec)
DG_09C66_9K_BED, 682 samples, 10 Hz, 2025,363,04:37:03.200000 (latency ~6.8 sec)
DG_09C66_9K_BED, 683 samples, 10 Hz, 2025,363,04:38:11.400000 (latency ~6.6 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,04:39:19.700000 (latency ~3.9 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,04:40:30.000000 (latency ~5.8 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,04:41:39.700000 (latency ~4.7 sec)
DG_09C66_9K_BED, 711 samples, 10 Hz, 2025,363,04:42:49.000000 (latency ~3.9 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,04:44:00.100000 (latency ~5.1 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,04:45:10.700000 (latency ~5.9 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,04:46:20.100000 (latency ~6.2 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,04:47:29.700000 (latency ~5.1 sec)
DG_09C66_9K_BED, 682 samples, 10 Hz, 2025,363,04:48:39.400000 (latency ~6.2 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,04:49:47.600000 (latency ~5.3 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,04:50:56.700000 (latency ~6.5 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,04:52:05.600000 (latency ~5.5 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,04:53:14.700000 (latency ~5.8 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,04:54:24.100000 (latency ~6.2 sec)
DG_09C66_9K_BED, 709 samples, 10 Hz, 2025,363,04:55:34.100000 (latency ~4.8 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,04:56:45.000000 (latency ~5.8 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,04:57:54.300000 (latency ~4.7 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,04:59:05.000000 (latency ~3.6 sec)
DG_09C66_9K_BED, 717 samples, 10 Hz, 2025,363,05:00:15.800000 (latency ~2.7 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,05:01:27.500000 (latency ~4.2 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,05:02:38.200000 (latency ~5.8 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,05:03:48.400000 (latency ~5.1 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,05:04:58.700000 (latency ~4.0 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,05:06:09.300000 (latency ~5.8 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,05:07:18.400000 (latency ~6.0 sec)
DG_09C66_9K_BED, 709 samples, 10 Hz, 2025,363,05:08:27.700000 (latency ~3.0 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,05:09:38.600000 (latency ~4.6 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,05:10:48.800000 (latency ~5.5 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,05:11:58.100000 (latency ~6.6 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,05:13:07.600000 (latency ~5.3 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,05:14:16.900000 (latency ~4.7 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,05:15:27.000000 (latency ~4.4 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,05:16:37.200000 (latency ~5.1 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,05:17:46.700000 (latency ~7.0 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,05:18:55.500000 (latency ~5.2 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,05:20:04.800000 (latency ~5.0 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,05:21:14.300000 (latency ~5.4 sec)
DG_09C66_9K_BED, 680 samples, 10 Hz, 2025,363,05:22:24.800000 (latency ~6.6 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,05:23:32.800000 (latency ~6.1 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,05:24:41.700000 (latency ~4.2 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,05:25:52.000000 (latency ~6.8 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,05:27:00.800000 (latency ~6.4 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,05:28:09.800000 (latency ~4.3 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,05:29:19.200000 (latency ~4.6 sec)
DG_09C66_9K_BED, 712 samples, 10 Hz, 2025,363,05:30:29.300000 (latency ~3.6 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,05:31:40.500000 (latency ~5.2 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,05:32:50.500000 (latency ~6.4 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,05:34:00.100000 (latency ~6.6 sec)
DG_09C66_9K_BED, 687 samples, 10 Hz, 2025,363,05:35:10.000000 (latency ~7.0 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,05:36:18.700000 (latency ~5.2 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,05:37:28.700000 (latency ~4.4 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,05:38:39.100000 (latency ~4.7 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,05:39:49.000000 (latency ~4.9 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,05:40:59.200000 (latency ~5.4 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,05:42:08.700000 (latency ~5.0 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,05:43:19.200000 (latency ~4.6 sec)
DG_09C66_9K_BED, 686 samples, 10 Hz, 2025,363,05:44:29.200000 (latency ~6.3 sec)
DG_09C66_9K_BED, 686 samples, 10 Hz, 2025,363,05:45:37.800000 (latency ~6.0 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,05:46:46.400000 (latency ~5.9 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,05:47:55.700000 (latency ~4.9 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,05:49:04.900000 (latency ~6.0 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,05:50:14.400000 (latency ~4.7 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,05:51:24.900000 (latency ~5.8 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,05:52:34.300000 (latency ~6.7 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,05:53:43.500000 (latency ~4.2 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,05:54:54.100000 (latency ~5.0 sec)
DG_09C66_9K_BED, 687 samples, 10 Hz, 2025,363,05:56:04.900000 (latency ~6.0 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,05:57:13.600000 (latency ~3.7 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,05:58:24.100000 (latency ~4.9 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,05:59:34.700000 (latency ~6.6 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,06:00:43.700000 (latency ~4.2 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,06:01:53.700000 (latency ~4.9 sec)
DG_09C66_9K_BED, 680 samples, 10 Hz, 2025,363,06:03:03.200000 (latency ~6.4 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,06:04:11.200000 (latency ~5.4 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,06:05:20.200000 (latency ~5.8 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,06:06:30.400000 (latency ~6.3 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,06:07:39.300000 (latency ~5.0 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,06:08:48.800000 (latency ~4.4 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,06:09:59.400000 (latency ~5.6 sec)
DG_09C66_9K_BED, 686 samples, 10 Hz, 2025,363,06:11:08.900000 (latency ~6.3 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,06:12:17.500000 (latency ~4.5 sec)
DG_09C66_9K_BED, 710 samples, 10 Hz, 2025,363,06:13:27.000000 (latency ~3.7 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,06:14:38.000000 (latency ~5.3 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,06:15:48.200000 (latency ~6.0 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,06:16:57.600000 (latency ~4.0 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,06:18:07.800000 (latency ~4.7 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,06:19:17.300000 (latency ~4.0 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,06:20:27.700000 (latency ~3.9 sec)
DG_09C66_9K_BED, 711 samples, 10 Hz, 2025,363,06:21:38.300000 (latency ~4.0 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,06:22:49.400000 (latency ~4.2 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,06:23:59.100000 (latency ~5.6 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,06:25:08.100000 (latency ~6.5 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,06:26:17.300000 (latency ~4.8 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,06:27:27.200000 (latency ~5.3 sec)
DG_09C66_9K_BED, 713 samples, 10 Hz, 2025,363,06:28:36.600000 (latency ~4.0 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,06:29:47.900000 (latency ~3.7 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,06:30:58.400000 (latency ~5.9 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,06:32:07.900000 (latency ~3.8 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,06:33:18.100000 (latency ~4.7 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,06:34:28.900000 (latency ~4.8 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,06:35:39.200000 (latency ~5.9 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,06:36:48.000000 (latency ~5.3 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,06:37:58.800000 (latency ~6.0 sec)
DG_09C66_9K_BED, 682 samples, 10 Hz, 2025,363,06:39:08.200000 (latency ~8.0 sec)
DG_09C66_9K_BED, 683 samples, 10 Hz, 2025,363,06:40:16.400000 (latency ~7.3 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,06:41:24.700000 (latency ~5.3 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,06:42:34.300000 (latency ~5.5 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,06:43:44.500000 (latency ~5.1 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,06:44:55.000000 (latency ~6.3 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,06:46:04.000000 (latency ~6.6 sec)
DG_09C66_9K_BED, 709 samples, 10 Hz, 2025,363,06:47:13.700000 (latency ~3.0 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,06:48:24.600000 (latency ~6.2 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,06:49:33.800000 (latency ~3.9 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,06:50:44.200000 (latency ~5.0 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,06:51:54.600000 (latency ~5.0 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,06:53:04.500000 (latency ~5.0 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,06:54:15.100000 (latency ~5.2 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,06:55:25.100000 (latency ~4.3 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,06:56:35.700000 (latency ~4.6 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,06:57:44.800000 (latency ~5.0 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,06:58:55.000000 (latency ~5.3 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,07:00:04.600000 (latency ~6.1 sec)
DG_09C66_9K_BED, 686 samples, 10 Hz, 2025,363,07:01:13.600000 (latency ~5.8 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,07:02:22.200000 (latency ~6.0 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,07:03:31.900000 (latency ~3.8 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,07:04:42.400000 (latency ~6.1 sec)
DG_09C66_9K_BED, 682 samples, 10 Hz, 2025,363,07:05:51.200000 (latency ~6.6 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,07:06:59.400000 (latency ~5.2 sec)
DG_09C66_9K_BED, 682 samples, 10 Hz, 2025,363,07:08:08.300000 (latency ~7.8 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,07:09:16.500000 (latency ~4.4 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,07:10:27.200000 (latency ~4.2 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,07:11:37.700000 (latency ~4.5 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,07:12:47.300000 (latency ~3.9 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,07:13:58.000000 (latency ~5.3 sec)
DG_09C66_9K_BED, 687 samples, 10 Hz, 2025,363,07:15:08.500000 (latency ~6.7 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,07:16:17.200000 (latency ~5.5 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,07:17:26.000000 (latency ~5.3 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,07:18:36.200000 (latency ~6.4 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,07:19:45.900000 (latency ~3.6 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,07:20:56.400000 (latency ~5.9 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,07:22:05.900000 (latency ~2.9 sec)
DG_09C66_9K_BED, 685 samples, 10 Hz, 2025,363,07:23:16.700000 (latency ~6.6 sec)
DG_09C66_9K_BED, 681 samples, 10 Hz, 2025,363,07:24:25.200000 (latency ~6.8 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,07:25:33.300000 (latency ~3.7 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,07:26:44.100000 (latency ~5.1 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,07:27:54.800000 (latency ~6.3 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,07:29:03.700000 (latency ~3.5 sec)
DG_09C66_9K_BED, 687 samples, 10 Hz, 2025,363,07:30:14.300000 (latency ~6.4 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,07:31:23.000000 (latency ~4.7 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,07:32:33.700000 (latency ~4.7 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,07:33:43.400000 (latency ~5.3 sec)
DG_09C66_9K_BED, 710 samples, 10 Hz, 2025,363,07:34:53.200000 (latency ~3.8 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,07:36:04.200000 (latency ~5.9 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,07:37:14.400000 (latency ~5.2 sec)
DG_09C66_9K_BED, 711 samples, 10 Hz, 2025,363,07:38:24.700000 (latency ~4.0 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,07:39:35.800000 (latency ~4.8 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,07:40:45.200000 (latency ~4.9 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,07:41:54.900000 (latency ~5.1 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,07:43:04.800000 (latency ~5.2 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,07:44:14.400000 (latency ~5.0 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,07:45:24.500000 (latency ~4.9 sec)
DG_09C66_9K_BED, 711 samples, 10 Hz, 2025,363,07:46:34.700000 (latency ~3.8 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,07:47:45.800000 (latency ~3.5 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,07:48:56.000000 (latency ~6.5 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,07:50:05.400000 (latency ~4.5 sec)
DG_09C66_9K_BED, 678 samples, 10 Hz, 2025,363,07:51:15.100000 (latency ~6.9 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,07:52:22.900000 (latency ~4.8 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,07:53:32.600000 (latency ~6.1 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,07:54:41.700000 (latency ~4.3 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,07:55:51.600000 (latency ~4.8 sec)
DG_09C66_9K_BED, 684 samples, 10 Hz, 2025,363,07:57:01.000000 (latency ~6.4 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,07:58:09.400000 (latency ~5.5 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,07:59:18.500000 (latency ~5.8 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,08:00:27.900000 (latency ~3.1 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,08:01:38.500000 (latency ~6.1 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,08:02:47.900000 (latency ~3.7 sec)
DG_09C66_9K_BED, 680 samples, 10 Hz, 2025,363,08:03:58.200000 (latency ~7.7 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,08:05:06.200000 (latency ~5.4 sec)
DG_09C66_9K_BED, 686 samples, 10 Hz, 2025,363,08:06:16.200000 (latency ~7.2 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,08:07:24.800000 (latency ~4.6 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,08:08:35.200000 (latency ~4.7 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,08:09:45.300000 (latency ~4.9 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,08:10:55.100000 (latency ~5.7 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,08:12:04.000000 (latency ~6.0 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,08:13:13.700000 (latency ~4.0 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,08:14:23.900000 (latency ~3.7 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,08:15:34.200000 (latency ~6.1 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,08:16:44.000000 (latency ~5.0 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,08:17:54.500000 (latency ~6.8 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,08:19:03.500000 (latency ~4.2 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,08:20:13.700000 (latency ~4.7 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,08:21:23.200000 (latency ~4.3 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,08:22:33.000000 (latency ~4.4 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,08:23:43.500000 (latency ~5.1 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,08:24:52.400000 (latency ~6.0 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,08:26:01.900000 (latency ~4.4 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,08:27:11.300000 (latency ~4.8 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,08:28:20.900000 (latency ~4.2 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,08:29:31.600000 (latency ~4.0 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,08:30:41.700000 (latency ~4.1 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,08:31:51.700000 (latency ~4.7 sec)
DG_09C66_9K_BED, 689 samples, 10 Hz, 2025,363,08:33:01.200000 (latency ~5.5 sec)
DG_09C66_9K_BED, 681 samples, 10 Hz, 2025,363,08:34:10.100000 (latency ~7.5 sec)
DG_09C66_9K_BED, 683 samples, 10 Hz, 2025,363,08:35:18.200000 (latency ~7.4 sec)
DG_09C66_9K_BED, 683 samples, 10 Hz, 2025,363,08:36:26.500000 (latency ~7.4 sec)
DG_09C66_9K_BED, 683 samples, 10 Hz, 2025,363,08:37:34.800000 (latency ~7.2 sec)
DG_09C66_9K_BED, 676 samples, 10 Hz, 2025,363,08:38:43.100000 (latency ~6.7 sec)
DG_09C66_9K_BED, 677 samples, 10 Hz, 2025,363,08:39:50.700000 (latency ~7.1 sec)
DG_09C66_9K_BED, 677 samples, 10 Hz, 2025,363,08:40:58.400000 (latency ~8.1 sec)
DG_09C66_9K_BED, 683 samples, 10 Hz, 2025,363,08:42:06.100000 (latency ~7.8 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,08:43:14.400000 (latency ~6.8 sec)
DG_09C66_9K_BED, 676 samples, 10 Hz, 2025,363,08:44:23.400000 (latency ~6.3 sec)
DG_09C66_9K_BED, 670 samples, 10 Hz, 2025,363,08:45:31.000000 (latency ~7.6 sec)
DG_09C66_9K_BED, 686 samples, 10 Hz, 2025,363,08:46:38.000000 (latency ~7.3 sec)
DG_09C66_9K_BED, 678 samples, 10 Hz, 2025,363,08:47:46.600000 (latency ~7.5 sec)
DG_09C66_9K_BED, 676 samples, 10 Hz, 2025,363,08:48:54.400000 (latency ~7.6 sec)
DG_09C66_9K_BED, 675 samples, 10 Hz, 2025,363,08:50:02.000000 (latency ~8.3 sec)
DG_09C66_9K_BED, 669 samples, 10 Hz, 2025,363,08:51:09.500000 (latency ~6.8 sec)
DG_09C66_9K_BED, 673 samples, 10 Hz, 2025,363,08:52:16.400000 (latency ~8.6 sec)
DG_09C66_9K_BED, 676 samples, 10 Hz, 2025,363,08:53:23.700000 (latency ~6.8 sec)
DG_09C66_9K_BED, 675 samples, 10 Hz, 2025,363,08:54:31.300000 (latency ~6.7 sec)
DG_09C66_9K_BED, 683 samples, 10 Hz, 2025,363,08:55:38.800000 (latency ~7.1 sec)
DG_09C66_9K_BED, 663 samples, 10 Hz, 2025,363,08:56:47.100000 (latency ~8.3 sec)
DG_09C66_9K_BED, 683 samples, 10 Hz, 2025,363,08:57:53.400000 (latency ~6.1 sec)
DG_09C66_9K_BED, 682 samples, 10 Hz, 2025,363,08:59:01.700000 (latency ~5.9 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,09:00:09.900000 (latency ~4.9 sec)
DG_09C66_9K_BED, 682 samples, 10 Hz, 2025,363,09:01:19.100000 (latency ~6.9 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,09:02:27.300000 (latency ~5.5 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,09:03:36.100000 (latency ~7.0 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,09:04:44.900000 (latency ~5.2 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,09:05:54.300000 (latency ~6.0 sec)
DG_09C66_9K_BED, 683 samples, 10 Hz, 2025,363,09:07:03.100000 (latency ~6.3 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,09:08:11.400000 (latency ~5.7 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,09:09:20.400000 (latency ~6.4 sec)
DG_09C66_9K_BED, 687 samples, 10 Hz, 2025,363,09:10:29.500000 (latency ~6.0 sec)
DG_09C66_9K_BED, 683 samples, 10 Hz, 2025,363,09:11:38.200000 (latency ~7.7 sec)
DG_09C66_9K_BED, 682 samples, 10 Hz, 2025,363,09:12:46.500000 (latency ~6.8 sec)
DG_09C66_9K_BED, 681 samples, 10 Hz, 2025,363,09:13:54.700000 (latency ~6.7 sec)
DG_09C66_9K_BED, 684 samples, 10 Hz, 2025,363,09:15:02.800000 (latency ~6.8 sec)
DG_09C66_9K_BED, 675 samples, 10 Hz, 2025,363,09:16:11.200000 (latency ~6.7 sec)
DG_09C66_9K_BED, 687 samples, 10 Hz, 2025,363,09:17:18.700000 (latency ~6.6 sec)
DG_09C66_9K_BED, 687 samples, 10 Hz, 2025,363,09:18:27.400000 (latency ~5.7 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,09:19:36.100000 (latency ~6.4 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,09:20:45.300000 (latency ~5.9 sec)
DG_09C66_9K_BED, 681 samples, 10 Hz, 2025,363,09:21:54.500000 (latency ~6.9 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,09:23:02.600000 (latency ~6.5 sec)
DG_09C66_9K_BED, 685 samples, 10 Hz, 2025,363,09:24:12.000000 (latency ~7.6 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,09:25:20.500000 (latency ~5.7 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,09:26:30.000000 (latency ~6.6 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,09:27:39.000000 (latency ~5.8 sec)
DG_09C66_9K_BED, 683 samples, 10 Hz, 2025,363,09:28:47.800000 (latency ~5.5 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,09:29:56.100000 (latency ~6.4 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,09:31:05.300000 (latency ~3.6 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,09:32:15.600000 (latency ~4.1 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,09:33:26.100000 (latency ~6.2 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,09:34:35.500000 (latency ~4.3 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,09:35:45.700000 (latency ~3.3 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,09:36:56.200000 (latency ~5.8 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,09:38:06.400000 (latency ~5.0 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,09:39:16.300000 (latency ~5.5 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,09:40:26.100000 (latency ~5.5 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,09:41:36.600000 (latency ~6.1 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,09:42:46.000000 (latency ~6.3 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,09:43:55.700000 (latency ~4.3 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,09:45:06.000000 (latency ~5.5 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,09:46:16.200000 (latency ~5.9 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,09:47:25.900000 (latency ~5.5 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,09:48:34.700000 (latency ~5.2 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,09:49:44.700000 (latency ~5.5 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,09:50:54.500000 (latency ~5.5 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,09:52:04.400000 (latency ~5.8 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,09:53:13.900000 (latency ~4.2 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,09:54:23.000000 (latency ~5.0 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,09:55:33.100000 (latency ~5.9 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,09:56:42.200000 (latency ~5.5 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,09:57:52.600000 (latency ~4.6 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,09:59:02.800000 (latency ~4.3 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,10:00:13.200000 (latency ~4.5 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,10:01:23.000000 (latency ~6.0 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,10:02:31.800000 (latency ~5.2 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,10:03:40.900000 (latency ~4.8 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,10:04:51.300000 (latency ~4.4 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,10:06:01.100000 (latency ~6.0 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,10:07:10.100000 (latency ~4.8 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,10:08:20.400000 (latency ~5.1 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,10:09:30.800000 (latency ~5.1 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,10:10:40.600000 (latency ~6.0 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,10:11:49.800000 (latency ~3.6 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,10:13:00.000000 (latency ~5.5 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,10:14:10.400000 (latency ~4.5 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,10:15:21.000000 (latency ~4.5 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,10:16:31.600000 (latency ~4.0 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,10:17:41.800000 (latency ~3.2 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,10:18:52.400000 (latency ~4.4 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,10:20:03.000000 (latency ~5.2 sec)
DG_09C66_9K_BED, 709 samples, 10 Hz, 2025,363,10:21:13.100000 (latency ~3.5 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,10:22:24.000000 (latency ~5.4 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,10:23:34.400000 (latency ~6.0 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,10:24:43.700000 (latency ~3.5 sec)
DG_09C66_9K_BED, 683 samples, 10 Hz, 2025,363,10:25:54.400000 (latency ~6.9 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,10:27:02.700000 (latency ~5.5 sec)
DG_09C66_9K_BED, 679 samples, 10 Hz, 2025,363,10:28:12.200000 (latency ~7.7 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,10:29:20.100000 (latency ~5.6 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,10:30:30.000000 (latency ~5.5 sec)
DG_09C66_9K_BED, 709 samples, 10 Hz, 2025,363,10:31:39.700000 (latency ~3.4 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,10:32:50.600000 (latency ~6.3 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,10:33:59.900000 (latency ~4.5 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,10:35:09.000000 (latency ~5.8 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,10:36:18.600000 (latency ~5.6 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,10:37:27.800000 (latency ~5.3 sec)
DG_09C66_9K_BED, 686 samples, 10 Hz, 2025,363,10:38:36.800000 (latency ~5.9 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,10:39:45.400000 (latency ~4.2 sec)
DG_09C66_9K_BED, 684 samples, 10 Hz, 2025,363,10:40:55.800000 (latency ~5.3 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,10:42:04.200000 (latency ~6.4 sec)
DG_09C66_9K_BED, 685 samples, 10 Hz, 2025,363,10:43:13.000000 (latency ~6.0 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,10:44:21.500000 (latency ~4.3 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,10:45:31.200000 (latency ~4.9 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,10:46:41.300000 (latency ~5.3 sec)
DG_09C66_9K_BED, 686 samples, 10 Hz, 2025,363,10:47:50.400000 (latency ~7.2 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,10:48:59.000000 (latency ~5.9 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,10:50:08.100000 (latency ~6.2 sec)
DG_09C66_9K_BED, 686 samples, 10 Hz, 2025,363,10:51:17.300000 (latency ~5.7 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,10:52:25.900000 (latency ~5.3 sec)
DG_09C66_9K_BED, 673 samples, 10 Hz, 2025,363,10:53:34.700000 (latency ~7.8 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,10:54:42.000000 (latency ~5.8 sec)
DG_09C66_9K_BED, 678 samples, 10 Hz, 2025,363,10:55:51.500000 (latency ~6.1 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,10:56:59.300000 (latency ~3.8 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,10:58:09.700000 (latency ~3.3 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,10:59:20.200000 (latency ~6.0 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,11:00:29.500000 (latency ~3.6 sec)
DG_09C66_9K_BED, 680 samples, 10 Hz, 2025,363,11:01:40.300000 (latency ~7.8 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,11:02:48.300000 (latency ~5.4 sec)
DG_09C66_9K_BED, 709 samples, 10 Hz, 2025,363,11:03:58.500000 (latency ~4.6 sec)
DG_09C66_9K_BED, 685 samples, 10 Hz, 2025,363,11:05:09.400000 (latency ~6.2 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,11:06:17.900000 (latency ~3.4 sec)
DG_09C66_9K_BED, 677 samples, 10 Hz, 2025,363,11:07:28.200000 (latency ~7.5 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,11:08:35.900000 (latency ~4.4 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,11:09:45.200000 (latency ~5.3 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,11:10:54.600000 (latency ~4.5 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,11:12:04.900000 (latency ~5.3 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,11:13:14.700000 (latency ~5.2 sec)
DG_09C66_9K_BED, 714 samples, 10 Hz, 2025,363,11:14:24.500000 (latency ~3.9 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,11:15:35.900000 (latency ~5.0 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,11:16:45.000000 (latency ~4.4 sec)
DG_09C66_9K_BED, 710 samples, 10 Hz, 2025,363,11:17:54.900000 (latency ~4.0 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,11:19:05.900000 (latency ~4.1 sec)
DG_09C66_9K_BED, 690 samples, 10 Hz, 2025,363,11:20:16.100000 (latency ~6.7 sec)
DG_09C66_9K_BED, 711 samples, 10 Hz, 2025,363,11:21:25.100000 (latency ~3.5 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,11:22:36.200000 (latency ~6.0 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,11:23:45.300000 (latency ~4.1 sec)
DG_09C66_9K_BED, 685 samples, 10 Hz, 2025,363,11:24:55.200000 (latency ~6.1 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,11:26:03.700000 (latency ~4.5 sec)
DG_09C66_9K_BED, 694 samples, 10 Hz, 2025,363,11:27:13.600000 (latency ~4.4 sec)
DG_09C66_9K_BED, 688 samples, 10 Hz, 2025,363,11:28:23.000000 (latency ~6.0 sec)
DG_09C66_9K_BED, 692 samples, 10 Hz, 2025,363,11:29:31.800000 (latency ~4.7 sec)
DG_09C66_9K_BED, 691 samples, 10 Hz, 2025,363,11:30:41.000000 (latency ~6.1 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,11:31:50.100000 (latency ~4.6 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,11:33:00.600000 (latency ~5.6 sec)
DG_09C66_9K_BED, 683 samples, 10 Hz, 2025,363,11:34:10.300000 (latency ~7.5 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,11:35:18.600000 (latency ~5.8 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,11:36:28.400000 (latency ~5.6 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,11:37:38.100000 (latency ~5.0 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,11:38:48.900000 (latency ~5.9 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,11:39:58.200000 (latency ~5.0 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,11:41:08.700000 (latency ~5.0 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,11:42:18.300000 (latency ~4.5 sec)
DG_09C66_9K_BED, 693 samples, 10 Hz, 2025,363,11:43:29.000000 (latency ~6.0 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,11:44:38.300000 (latency ~5.3 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,11:45:48.700000 (latency ~4.3 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,11:46:59.300000 (latency ~4.8 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,11:48:09.600000 (latency ~4.2 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,11:49:19.200000 (latency ~4.9 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,11:50:28.800000 (latency ~5.2 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,11:51:38.700000 (latency ~4.9 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,11:52:49.500000 (latency ~4.4 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,11:53:59.400000 (latency ~4.8 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,11:55:09.000000 (latency ~5.0 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,11:56:19.000000 (latency ~3.9 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,11:57:29.600000 (latency ~4.4 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,11:58:39.900000 (latency ~4.0 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,11:59:49.800000 (latency ~4.1 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,12:00:59.400000 (latency ~3.5 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,12:02:10.000000 (latency ~6.3 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,12:03:19.800000 (latency ~4.6 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,12:04:29.500000 (latency ~4.6 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,12:05:39.300000 (latency ~3.8 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,12:06:49.800000 (latency ~4.2 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,12:07:59.700000 (latency ~4.3 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,12:09:09.600000 (latency ~5.1 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,12:10:19.100000 (latency ~4.0 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,12:11:29.300000 (latency ~4.7 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,12:12:39.400000 (latency ~4.9 sec)
DG_09C66_9K_BED, 709 samples, 10 Hz, 2025,363,12:13:49.100000 (latency ~3.6 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,12:15:00.000000 (latency ~4.9 sec)
DG_09C66_9K_BED, 711 samples, 10 Hz, 2025,363,12:16:10.700000 (latency ~3.7 sec)
DG_09C66_9K_BED, 696 samples, 10 Hz, 2025,363,12:17:21.800000 (latency ~4.6 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,12:18:31.400000 (latency ~4.5 sec)
DG_09C66_9K_BED, 712 samples, 10 Hz, 2025,363,12:19:41.600000 (latency ~3.3 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,12:20:52.800000 (latency ~5.3 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,12:22:02.800000 (latency ~4.7 sec)
DG_09C66_9K_BED, 695 samples, 10 Hz, 2025,363,12:23:13.100000 (latency ~5.2 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,12:24:22.600000 (latency ~4.5 sec)
DG_09C66_9K_BED, 711 samples, 10 Hz, 2025,363,12:25:33.300000 (latency ~2.9 sec)
DG_09C66_9K_BED, 713 samples, 10 Hz, 2025,363,12:26:44.400000 (latency ~4.1 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,12:27:55.700000 (latency ~4.7 sec)
DG_09C66_9K_BED, 709 samples, 10 Hz, 2025,363,12:29:05.600000 (latency ~3.6 sec)
DG_09C66_9K_BED, 714 samples, 10 Hz, 2025,363,12:30:16.500000 (latency ~4.2 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,12:31:27.900000 (latency ~4.1 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,12:32:38.400000 (latency ~4.4 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,12:33:48.900000 (latency ~4.9 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,12:34:58.600000 (latency ~5.2 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,12:36:08.600000 (latency ~4.3 sec)
DG_09C66_9K_BED, 709 samples, 10 Hz, 2025,363,12:37:19.300000 (latency ~3.6 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,12:38:30.200000 (latency ~6.3 sec)
DG_09C66_9K_BED, 714 samples, 10 Hz, 2025,363,12:39:39.900000 (latency ~2.5 sec)
DG_09C66_9K_BED, 710 samples, 10 Hz, 2025,363,12:40:51.300000 (latency ~3.4 sec)
DG_09C66_9K_BED, 710 samples, 10 Hz, 2025,363,12:42:02.300000 (latency ~4.2 sec)
DG_09C66_9K_BED, 715 samples, 10 Hz, 2025,363,12:43:13.300000 (latency ~3.0 sec)
DG_09C66_9K_BED, 701 samples, 10 Hz, 2025,363,12:44:24.800000 (latency ~4.7 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,12:45:34.900000 (latency ~4.0 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,12:46:45.600000 (latency ~5.0 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,12:47:55.500000 (latency ~3.0 sec)
DG_09C66_9K_BED, 704 samples, 10 Hz, 2025,363,12:49:06.300000 (latency ~5.4 sec)
DG_09C66_9K_BED, 699 samples, 10 Hz, 2025,363,12:50:16.700000 (latency ~5.5 sec)
DG_09C66_9K_BED, 698 samples, 10 Hz, 2025,363,12:51:26.600000 (latency ~5.1 sec)
DG_09C66_9K_BED, 710 samples, 10 Hz, 2025,363,12:52:36.400000 (latency ~4.1 sec)
DG_09C66_9K_BED, 697 samples, 10 Hz, 2025,363,12:53:47.400000 (latency ~5.0 sec)
DG_09C66_9K_BED, 713 samples, 10 Hz, 2025,363,12:54:57.100000 (latency ~3.1 sec)
DG_09C66_9K_BED, 709 samples, 10 Hz, 2025,363,12:56:08.400000 (latency ~4.0 sec)
DG_09C66_9K_BED, 713 samples, 10 Hz, 2025,363,12:57:19.300000 (latency ~3.1 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,12:58:30.600000 (latency ~4.9 sec)
DG_09C66_9K_BED, 710 samples, 10 Hz, 2025,363,12:59:41.300000 (latency ~3.6 sec)
DG_09C66_9K_BED, 713 samples, 10 Hz, 2025,363,13:00:52.300000 (latency ~4.4 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,13:02:03.600000 (latency ~3.9 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,13:03:13.900000 (latency ~2.9 sec)
DG_09C66_9K_BED, 713 samples, 10 Hz, 2025,363,13:04:24.700000 (latency ~4.1 sec)
DG_09C66_9K_BED, 700 samples, 10 Hz, 2025,363,13:05:36.000000 (latency ~5.8 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,13:06:46.000000 (latency ~6.1 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,13:07:56.200000 (latency ~5.6 sec)
DG_09C66_9K_BED, 715 samples, 10 Hz, 2025,363,13:09:06.900000 (latency ~3.4 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,13:10:18.400000 (latency ~5.0 sec)
DG_09C66_9K_BED, 713 samples, 10 Hz, 2025,363,13:11:29.200000 (latency ~3.1 sec)
DG_09C66_9K_BED, 710 samples, 10 Hz, 2025,363,13:12:40.500000 (latency ~4.7 sec)
DG_09C66_9K_BED, 709 samples, 10 Hz, 2025,363,13:13:51.500000 (latency ~3.6 sec)
DG_09C66_9K_BED, 712 samples, 10 Hz, 2025,363,13:15:02.400000 (latency ~4.1 sec)
DG_09C66_9K_BED, 712 samples, 10 Hz, 2025,363,13:16:13.600000 (latency ~3.5 sec)
DG_09C66_9K_BED, 711 samples, 10 Hz, 2025,363,13:17:24.800000 (latency ~3.9 sec)
DG_09C66_9K_BED, 713 samples, 10 Hz, 2025,363,13:18:35.900000 (latency ~2.5 sec)
DG_09C66_9K_BED, 712 samples, 10 Hz, 2025,363,13:19:47.200000 (latency ~3.1 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,13:20:58.400000 (latency ~4.8 sec)
DG_09C66_9K_BED, 711 samples, 10 Hz, 2025,363,13:22:09.100000 (latency ~3.8 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,13:23:20.200000 (latency ~5.0 sec)
DG_09C66_9K_BED, 716 samples, 10 Hz, 2025,363,13:24:30.900000 (latency ~3.1 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,13:25:42.500000 (latency ~4.9 sec)
DG_09C66_9K_BED, 712 samples, 10 Hz, 2025,363,13:26:53.000000 (latency ~3.9 sec)
DG_09C66_9K_BED, 709 samples, 10 Hz, 2025,363,13:28:04.200000 (latency ~4.8 sec)
DG_09C66_9K_BED, 709 samples, 10 Hz, 2025,363,13:29:15.100000 (latency ~4.4 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,13:30:26.000000 (latency ~5.3 sec)
DG_09C66_9K_BED, 703 samples, 10 Hz, 2025,363,13:31:36.500000 (latency ~5.2 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,13:32:46.800000 (latency ~4.6 sec)
DG_09C66_9K_BED, 702 samples, 10 Hz, 2025,363,13:33:57.000000 (latency ~4.3 sec)
DG_09C66_9K_BED, 714 samples, 10 Hz, 2025,363,13:35:07.200000 (latency ~3.5 sec)
DG_09C66_9K_BED, 712 samples, 10 Hz, 2025,363,13:36:18.600000 (latency ~3.9 sec)
DG_09C66_9K_BED, 710 samples, 10 Hz, 2025,363,13:37:29.800000 (latency ~3.6 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,13:38:40.800000 (latency ~4.6 sec)
DG_09C66_9K_BED, 711 samples, 10 Hz, 2025,363,13:39:51.500000 (latency ~3.9 sec)
DG_09C66_9K_BED, 708 samples, 10 Hz, 2025,363,13:41:02.600000 (latency ~4.7 sec)
DG_09C66_9K_BED, 705 samples, 10 Hz, 2025,363,13:42:13.400000 (latency ~3.9 sec)
DG_09C66_9K_BED, 712 samples, 10 Hz, 2025,363,13:43:23.900000 (latency ~2.3 sec)
DG_09C66_9K_BED, 710 samples, 10 Hz, 2025,363,13:44:35.100000 (latency ~3.4 sec)
DG_09C66_9K_BED, 717 samples, 10 Hz, 2025,363,13:45:46.100000 (latency ~4.4 sec)
DG_09C66_9K_BED, 710 samples, 10 Hz, 2025,363,13:46:57.800000 (latency ~2.9 sec)
DG_09C66_9K_BED, 715 samples, 10 Hz, 2025,363,13:48:08.800000 (latency ~4.1 sec)
DG_09C66_9K_BED, 716 samples, 10 Hz, 2025,363,13:49:20.300000 (latency ~4.0 sec)
DG_09C66_9K_BED, 714 samples, 10 Hz, 2025,363,13:50:31.900000 (latency ~2.7 sec)
DG_09C66_9K_BED, 707 samples, 10 Hz, 2025,363,13:51:43.300000 (latency ~4.0 sec)
DG_09C66_9K_BED, 706 samples, 10 Hz, 2025,363,13:52:54.000000 (latency ~5.0 sec)
DG_09C66_9K_BED, 717 samples, 10 Hz, 2025,363,13:54:04.600000 (latency ~3.9 sec)
DG_09C66_9K_BED, 714 samples, 10 Hz, 2025,363,13:55:16.300000 (latency ~4.5 sec)
DG_09C66_9K_BED, 713 samples, 10 Hz, 2025,363,13:56:27.700000 (latency ~2.9 sec)
DG_09C66_9K_BED, 717 samples, 10 Hz, 2025,363,13:57:39.000000 (latency ~3.5 sec)
DG_09C66_9K_BED, 710 samples, 10 Hz, 2025,363,13:58:50.700000 (latency ~3.9 sec)
DG_09C66_9K_BED, 718 samples, 10 Hz, 2025,363,14:00:01.700000 (latency ~2.4 sec)