Mike Wolfe

[Mike Wolfe @m_wolfetx]

@Rainmaker1973 Wow that’s incredible

[Mike Wolfe @m_wolfetx]

@realTrumpNewsX A

[Mike Wolfe @m_wolfetx]

Also, may not be an either or choice since DAS and small cells can work together #COMMtweets https://t.co/lkx6ptycbI

[Mike Wolfe @m_wolfetx]

These are key to overall densification - most traffic originates indoors #COMMtweets https://t.co/7ETpCdZJ6s

[Mike Wolfe @m_wolfetx]

These are key to overall densification - most traffic originates indoors #COMMtweets https://t.co/7ETpCdZJ6s

[Larry H - Anixter @Larry_Heisler]

@CommScope How about the role of indoor DAS and Small Cells as part of densification? #COMMtweets

[Mike Wolfe @m_wolfetx]

A10: Open interfaces would be a good start #COMMtweets https://t.co/zsVw5G06BC

[CommScope @CommScope]

Q10: How can we build more flexibility and future-readiness into networks as they evolve to #5G? #COMMtweets

[Mike Wolfe @m_wolfetx]

A9: Leverage wireline assets, as well as other emerging tech like mmWave #COMMtweets https://t.co/EqHZYpbJVw

[CommScope @CommScope]

Q9: How can we push fiber deeper into the network to support densification?#COMMtweets

[Mike Wolfe @m_wolfetx]

A8: Convergence leverages all network nodes to provide
wireless connectivity, thus enhancing the ability to densify the network.#COMMtweets https://t.co/ZTbn3yn7FO

[CommScope @CommScope]

Q8: How does the convergence of wireless and wireline help outdoor densification?#COMMtweets

[Mike Wolfe @m_wolfetx]

That would depend on what level of capacity is needed. 5G capacity will require a Hetnet approach #COMMtweets https://t.co/eWdYDsk152

[EJL Wireless @ejlwireless]

@CommScope A7 I would think this is the preferred solution for the macro site and if the downtilt is ok, you could eliminate small cells. #COMMtweets

[Mike Wolfe @m_wolfetx]

Higher order sectorization requires fairly stringent antenna performance. #COMMtweets https://t.co/Lxj4vqxeHo

[Mike Wolfe @m_wolfetx]

A7: Sector splits and sectorization are great approaches
to improve macro capacity #COMMtweets https://t.co/ilijewGbEQ

[Mike Wolfe @m_wolfetx]

A7: Sector splits and sectorization are great approaches
to improve macro capacity #COMMtweets https://t.co/ilijewGbEQ

[CommScope @CommScope]

Q7: How about sector splitting and sectorization at macro cell sites? #COMMtweets

[Mike Wolfe @m_wolfetx]

Yes, colo of the BBUs for macro and metro enhance coordination via LTE-A capabilities #COMMtweets https://t.co/hwZujYlGrs

[EJL Wireless @ejlwireless]

@OxleeWes A5 Wes does C-RAN increase the optimization/freq coord of the small cell to the macrocell as they are on the same layer? #COMMtweets

[Mike Wolfe @m_wolfetx]

PoE as it stands is not adequate. But extensions are being worked on that would get us closer. #COMMtweets https://t.co/ATNnDBzjTl

[EJL Wireless @ejlwireless]

@RockwellCola Rocky, Mike, would it be possible to power each microradio (2x5W) with a PoE instead of local AC/DC power at the pole?@m_wolfetx #COMMtweets

[Mike Wolfe @m_wolfetx]

A6: Also, oDAS and metrocells can be
complementary.  oDAS can be driven from
low power radios #COMMtweets https://t.co/w23MlyKKV3

[CommScope @CommScope]

Q6: How does outdoor DAS fit into the outdoor densification today? #COMMtweets

[Mike Wolfe @m_wolfetx]

A6: oDAS may be more cost effective in some cases than
metrocells due to broader coverage capability per node #COMMtweets https://t.co/w23MlyKKV3

[CommScope @CommScope]

Q6: How does outdoor DAS fit into the outdoor densification today? #COMMtweets

[Mike Wolfe @m_wolfetx]

A5: It also facilitates coordination between macro and small
cells using LTE-A capabilities like ICIC #COMMtweets https://t.co/vrHEwQAJgr

[CommScope @CommScope]

Q5: How does C-RAN support densification? #COMMtweets

[Mike Wolfe @m_wolfetx]

A5: CRAN minimizes the site footprint and pwr
requirements by remoting the baseband processing.  #COMMtweets https://t.co/vrHEwQAJgr

[CommScope @CommScope]

Q5: How does C-RAN support densification? #COMMtweets

[Mike Wolfe @m_wolfetx]

RF output power ranges would be 5-20W per port typically #COMMtweets https://t.co/vGh6xymSVU

[EJL Wireless @ejlwireless]

@m_wolfetx Mike, how much power is typically required at a metro site? @TESSCOtech @CommScope #COMMtweets

[Mike Wolfe @m_wolfetx]

I think that FWA is trending as the initial biz case, but transition to mobility/NR is key for mid term #COMMtweets https://t.co/IohSGGxgfT

[Sean Kinney @seankinneyRCR]

.@CommScope speaking of nightmares, what's outlook for #mmWave mobilization? Will this just be used for FWA for near/long term? #COMMtweets

[Mike Wolfe @m_wolfetx]

Right. Distributed power solutions may also become viable. #COMMtweets https://t.co/6SjJApmeQX

[TESSCO Technologies @TesscoTech]

@CommScope Available power to cover the areas you intend to cover. Line power is delivered in a timely manner. #COMMTweets

[Mike Wolfe @m_wolfetx]

Standardization is a best practice, where possible. It simplifies the zoning process. #COMMtweets https://t.co/NWIE63bvts

[BSmith*NEW DAD* @bsmithtoronto]

#COMMtweets what are the best principals & practices for small cell outdoor deployments. Including utility owned infrastructure?