Mobile Satellite Internet Service: Helping Military Crews Edge over Opponents

Once stood at 4.89 billion in 2019, the global military antenna market exhibits a Compound Annual Growth Rate (CAGR) of 8.61% during the forecast period (2020-2027) and is expected to reach 5.78 billion USD. The credit for this growth can be given to mobile satellite internet service. Read on to know why:

Scanning the sky for a satellite to connect to, the mobile satellite antenna dish deployed on the vehicles plummet the possibility of connection failure to zero. While sitting on the vehicles of military troops, the satellite antenna unfolds its wings, sends a signal to the sky, and in a matter of minutes, informs the military crews what’s unfolding in other areas at all times.

• Satellite Internet Acts as a Spy: It helps military crews conduct mission planning, execute strategic decisions, keep a sharper eye on borders, monitor emergencies, and improve life-saving operations.

• Mobile military satellite internet is substantial and credible information lens that enables an expanded view for well-intentioned and inevitable decision making. The Satellite internet steals the show by streaming incredibly archaic and instantly clear Intelligence, Surveillance and Reconnaissance (ISR) videos to military crews. Satellite surveillance is pivotal to running rapid preparatory and radiantly successful missions.

Vizocom offers future-proof hardware, unmatched reliability, and unconditional support at an unbeatable price. Intending to improve internet availability and data exchange, Vizocom makes vehicles broadband-enabled and capable of supporting stable, secure, and seamless voice and video connectivity.

Vizocom’s mobile satellite internet system is designed to do everything from operating on fast-moving vehicles, boats, and aircraft to overcoming rain fade, Doppler Effect, and other such issues. Hop on over to Vizocom, one of the leading military mobile satellite internet service providers, to learn more about military satellite services.

As the antenna system moves (thanks to rugged-terrains), a change in wave’s frequency, also known as the antenna-pointing error, may occur. This frequency change is called the Doppler Effect.

Two Important Questions to Ask Your Satellite Internet Service Provider

New advances in VSAT technology are slaying latency and bandwidth beasts, but wait! Before diving deeper into satellite technology, let’s first walk you through the fine line between the two basic connectivity technologies: BGAN (Broadband Global Area Network) and VSAT (Very Small Aperture Terminal).

• Appropriate for eventual use, BGAN is perfect for individuals and small teams with small bandwidth needs. VSAT, on the other hand, is a mature and proven technology that supports myriads of users by offering bandwidth in Megabits.

• BGAN mimics the look of a laptop computer. VSAT system consists of a satellite antenna dish that receives the signal beamed by the satellite from space.

Start exploring plans only after you consider the pros of both the satellite technologies. If internet speed is a priority on your list of expectations, we recommend you go with VSAT satellite internet solutions.

Are Your Satellite Internet Solutions Slaying Latency And Bandwidth Beasts? 

Forget VSAT internet availability, reliability, affordability, and bit error rate because at the forefront is the latency. Defined as the time-delay experienced by a signal in a round-trip data transmission, latency is enjoying more than its fair share of attention.

To minimize latency and maximize bandwidth, we recommend using Quality of Service (QoS) tools to de-prioritize employee web traffic and prioritize mission-critical communications. Most organizations rely on Voice over Internet Protocol (VoIP) technology as it ensures that phone calls don’t hog a ton of bandwidth. In other words, it compresses bandwidth while providing low jitter, minimal packet loss, and low latency.

Business-specific satellite internet service providers, one of which is Vizocom, provide strong internet connections, allowing you to use the internet with maximized bandwidth and 99.99% uptime.

What frequency range will be used? 

C, Ku, Ka, and X band are four frequency bands for VSAT satellite communication. Of all these bands, C-band has large footprints. Almost one-third of the earth’s surface is covered with C-band satellite beams. Choosing wider coverage C-band satellite services seems to be the smart option when a single satellite hop operation (such as telephony) is what you are looking for.

Of course, you are a smart cookie, and your smartness is what brought you here. So, how can we not mention what the latest Ku-band satellites have to offer you? Bandwidths these bands offer can cover an entire ocean and sea.

Frequency strength is the difference between these two bands, and both are best suited to bad weather performance when compared to Ku and X bands. 

If you have more questions and queries in your mind, please don’t hesitate to reach out to us. Being the leading satellite internet service provider, Vizocom plays its part by also providing you with the information you need to come up with a decision.

The Ultimate Guide to Ku-Band Satellite Internet Service

The possibilities through the Ku-band VSAT internet services are numerous (and the credit also goes to the VSAT service providers), including VoIP (Voice over Internet Protocol, also known as IP telephony), VPN networking, two-way video conferencing, weather information, internet (e-mailing, browsing), software update, remote maintenance of services and products (onboard management), etc.

The Ku-Band Geostationary Earth Orbit (GEO) satellite system: 

 

With plenty of capability and capacity to cater for broadband service, Ku-band embraces the major heavily tree-shaded lanes worldwide. Ku-band satellites are either being readied for launch or have been launched into space at an altitude of 35,680 km. Each VSAT transponder is designed to deliver a limited coverage by its regional footprint. However, a backup satellite can be used to switch-over the signal from one satellite’s footprint to another.

 

General overview of Ku-band satellite service:

Max communication speed	1-2 Mbps*
Voice calls	VoIP
Frequency range	~14 GHz uplink and ~12 GHz downlink**
Service Coverage	Regional coverage provided by VSAT service providers

*Both Ku and Ka-band VSAT internet providers talk about providing a maximum communication speed of up to 100 Mbps. It is highly recommended to consult one of the leading VSAT service providers. However, the Ka or Ku-band argument is secondary. The primary concern among providers is to provide the airlines and military and maritime crews with uninterrupted and reliable satellite internet connectivity.

**Ku-frequency range is almost half the frequencies used by Ka (~30 GHz uplink and ~20 GHz downlink). The higher the frequency, the higher is the rain fade rate. Signal degradation is directly proportional to the amount of rain. Heavy rainfall can cause the Ku-band signal to attenuate at a ~1 dB/sec rate. On the other hand, Ka-band experiences a significantly high fade rate (3-5 dB/sec).

Combine the Ku-band VSAT internet features with the 24/7 technical support and customized services of one of the leading VSAT internet providers; you enjoy a stable, secure, and seamless internet without any hassle. The leading VSAT internet providers’ network architecture's three main components are system modularity, management, and scalability, allowing the teams to serve the clients with peace of mind.