Some more ideas.

applications/lofar2/doc/prestudy/station2_sdp_transient_buffer.txt

@@ -14,6 +14,7 @@ Detailed design: Transient Buffer (TBuf) function for LIFT project
 References:
 
 [1] LIFT requirements: https://plm.astron.nl/polarion/#/project/LOFAR2System/wiki/Overview%20pages/LIFT%20Reference
+    https://plm.astron.nl/polarion/#/project/LOFAR2System/workitem?id=LOFAR2-11847
     https://git.astron.nl/desp/hdl/-/blob/L2SDP-857/applications/lofar2/doc/prestudy/lift_sdp_transient_buffer.txt
 
 [2] https://support.astron.nl/confluence/display/L2M/2022-10-24+LIFT+meeting+notes
@@ -229,22 +230,29 @@ Design decision 16GByte DDR4 na L2SDP-854, 850
 5) TBuf ICD SC-SDP, SDPTR-SDPFW
 
 - Control Points (CP):
-  . FPGA_tbuf_alloc_RW [pn][si] --> start page, nof_pages (or as seperate CP?)
-    - nof_pages = 0 means si has no buffer, > 0 means si has buffer
-  . FPGA_tbuf_record_RW [pn][si] --> start/continue (True) or stop (= freeze) (False) recording
-  . FPGA_tbuf_retrieve_RW --> pn, si, ssn, nof_pre_pages, nof_post_pages (or as seperate CP?)
-    - allow only retrieve from one (pn, si) at a time
+  . FPGA_tbuf_alloc_start_page_RW [pn][si]  # in range 0:2M-1
+    FPGA_tbuf_alloc_nof_pages_RW [pn][si]  # 0 = free, > 0 = in use
+
+  . FPGA_tbuf_record_RW [pn][si] # True = start/continue, False = stop/freeze recording
+  . FPGA_tbuf_retrieve_timestamp_RW [pn][si]
+    FPGA_tbuf_retrieve_nof_pre_pages_RW [pn][si]
+    FPGA_tbuf_retrieve_nof_post_pages_RW [pn][si]
+  . FPGA_tbuf_retrieve_enable_RW
     - total nof pages = nof_pre_pages + 1 (pointed by ssn) + nof_post_pages
+
   . FPGA_tbuf_output_hdr_eth_destination_mac_RW
   . FPGA_tbuf_output_hdr_ip_destination_address_RW
   . FPGA_tbuf_output_hdr_udp_destination_port_RW
   . FPGA_tbuf_output_enable_RW
 
 - Monitor Points (MP):
-  . FPGA_tbuf_total_nof_pages_R --> 16G / 8k = 2M
+  . FPGA_tbuf_total_nof_pages_R --> 16GB / 8kB = 2M
   . FPGA_tbuf_page_size_R  --> 8 kByte
-  . FPGA_tbuf_nof_samples_per_page_R  --> 8176
-  . FPGA_tbuf_page_period_R  --> 23.36 us
+  . FPGA_tbuf_nof_samples_per_page_R  --> 4672  # = (8kB - 16) * 8b / 14b
+  . FPGA_tbuf_nof_bits_per-sample_R  --> 14 b
+  . FPGA_tbuf_sample_period_R  --> 5 ns
+
+  . FPGA_tbuf_page_period_R  # = FPGA_tbuf_sample_period_R *  23.36 us
   . FPGA_tbuf_recording_R [pn][si]
   . FPGA_tbuf_retrieving_R [pn][si]
   Maybe: