The documents listed below cover a broad range of subjects, and may be useful to both designers of new missions as well as current DSN mission customers.
DSN Services Catalog 820-100-F (PDF, 1.9 MB).
In addition to DSN Earth station characteristics, this document contains detailed descriptions of the individual services corresponding to the Service Categories found in Table 1-1 of NASA's Mission Operations and Communications Services document. Performance characteristics of the services (quality, quantity, continuity, and latency) are discussed. It is highly recommended that persons planning to use DSN services consult this catalog.
NOTE-This newly released version of the DSN Services Catalog (rev F) reflects the DSN's upgraded capability for near-Earth Ka-Band (26GHz) downlink data rate of 150 Mbps.
Frequently referred to as "810-005," this document provides technical design information about DSN stations and their telecommunications interfaces with flight projects. Proposers planning to utilize DSN stations should refer to the DSN parameter values contained in the several 810-5 modules when designing the spacecraft telecommunications systems.
This modular handbook has been approved by the Deep Space Network (DSN) Project Office and is provided as a source of technical information for all flight projects using the DSN. It provides information on DSN service capabilities, tools that can be used by customers to operate their own mission operations, engineering support services, and customer requirements to use the DSN services, to aid flight projects in understanding and designing for compatibility.
DSN Mission Service Interfaces, Policies and Practices (MSIPP) 875-0001 (PDF, 1.1 MB)
The purpose of this document is to establish basic policies and practices that are applicable to mission customers of the DSN, and to describe key DSN-Mission operations interfaces.
This quarterly publication provides archival reports on developments in initiatives managed by JPL's Interplanetary Network Directorate. Issues cover DSN research, technology development, implementation, and operation. Advances in such diverse subjects as: space communications, radio navigation, radio science, ground-based radio and radar astronomy, and standards development are reported. Readers may find articles covering technology that could prove useful in their mission design.
BANDWIDTH EFFICIENT MODULATION
The Space Frequency Coordination Group (SFCG) has reached agreement among its members that space science missions utilizing the Space Research service and operating in the 2 and 8 GHz frequency bands should employ bandwidth efficient modulation (see SFCG Handbook). The following Portable Document Format (PDF) reports summarize studies leading to the adoption of these agreements.
- CCSDS - SFCG Efficient Modulation Methods Study, A Comparison of Modulation Schemes, Phase 1: Bandwidth Utilization (PDF, 1.28 MB), September 1993.
- CCSDS - SFCG Efficient Modulation Methods Study, A Comparison of Modulation Schemes, Phase 2: Spectrum Shaping (PDF, 3.04 MB), August 1994.
- CCSDS - SFCG Efficient Modulation Methods Study, A Comparison of Modulation Schemes, Phase 3: End-to-End System Performance (PDF, 627 KB), September 1997.
- CCSDS - SFCG Efficient Modulation Methods Study, A Comparison of Modulation Schemes, Phase 4: Interference Susceptibility (PDF, 284 KB), September 1999.
APPLICABLE STANDARDSDSN system designs are based upon internationally adopted standards. Use of standards promulgated by the organizations named below is required for interoperability with networks of other space agencies.
Accordingly, users of DSN facilities are requested to comply with all standards applicable to their mission published by the organizations below.
The CCSDS Document Library contains recommendations published by CCSDS for spacecraft and Earth station data systems. Recommendations are documents providing detailed technical guidance to space agencies regarding the design of their space data handling systems. In addition to data formats, these Recommendations specify characteristics and capabilities of the physical transport layer. DSN users should comply with all relevant CCSDS Recommendations.
The International Telecommunications Union's (ITU's) Radio Regulations contain the internationally agreed rules for use of the radio frequency spectrum. Most missions supported by DSN stations radiate signals across international boundaries. DSN customers should design their radio systems to fully comply with the provisions of this document.
The National Telecommunication and Information Administration's (NTIA's) Manual of Regulations & Procedures for Federal Radio Frequency Management governs radio frequency spectrum use in the United States by Government users. This document applies and DSN customers should be in full compliance. To obtain frequency authorization from the NTIA and to ensure protection from harmful interference, mission designers are encouraged to contact the Spectrum Management Office to begin the spectrum certification process as soon as possible, preferably before the mission's MCR.
Space Frequency Coordination Group (SFCG) membership comprises some thirty civilian space agencies plus several observer organizations. Periodic meetings are held to discuss and adopt standards for use of the Space Science frequency bands. Recommendations are contained in the Handbook of the Space Frequency Coordination Group. Prospective DSN customers should ensure that their spacecraft telecommunications systems comply with SFCG Recommendations.Analysis of DSN Emitter High-Intensity Radiated Fields